KR101019286B1 - Method of Management Food Waste Based upon RFID and Media that can Record Computer Program Sources for Method the same - Google Patents

Abstract

The present invention relates to an RFID-based food waste management method and a recording medium storing a computer program for the method. (A) The management system issues a tag to be attached to the food waste collection container and the collection vehicle, respectively. Attaching; (b) Receiving tag information of the collection container when collecting the collection container in the collection vehicle and automatically weighing the weight of food wastes loaded in the collection container to transmit and receive in real time to a transmitting and receiving terminal installed in the driver's seat of the collection vehicle. Outputting, storing and collecting the collection information including the tag and weight of the collection container, the collection date and time, the vehicle tag of the collection vehicle, and transmitting the stored collection information to a collection company system or to a manager system in real time. Wow; (c) real-time output and storage of collection information received from the collection vehicle in the collection company system, checking collection information today and transmitting the collection information to the manager system in real time; (d) When the collected vehicle is on the weighing platform of the processing company, the processing company system recognizes the vehicle tag of the collecting vehicle, adds up the processing weight of the food waste, and processes the vehicle including the vehicle tag, processing weight, and processing date and time of the collecting vehicle. Transmitting and storing information in real time to the manager system and confirming processing information today; (e) collection status, collection container and uncollected container information, collection vehicle based on the collection information received from the collection and reception system of the collection company system or the collection vehicle and processing information received from the processing company system in the manager system; Collector and processor information, collection vehicle information by collector, period and region collection information, today collection status, collection volume by container, discharger and carrier information, collection period by period and collection region, collection history by collector and collection vehicle and collection region , Details of collection, collection and processing weight by period and collector and collection vehicle, information on discharger by region and industry, monthly collection amount and fee of discharger, charges by discharger (business) by discharge weight, commission by collection container, commission rate by industry, region Information on trends in collection volume by individual and emitters, emission reduction rate by business and selection of incentives The step of estimating the statistics and information, including data; And (f) posting, operating and managing the calculated and statistical results of the manager system in the food waste management system. The main screen of the food waste management system includes: collection information management, It is equipped with commission calculation management, tag issuance management, statistical information, company management, equipment management, operation management menu tab (TAB) and recalls monthly and regional collection volume, today's regional collection status, today's uncollected container check, and the best reduction rate of emissions. It is characterized by displaying on the main screen.

RFID, Food Waste, Food Waste, Fees, Web

Description

Method of Management Food Waste Based upon RFID and Media that can Record Computer Program Sources for Method the same}

The present invention relates to an RFID-based food waste management method and a recording medium storing a computer program for the method. More specifically, the RFID container is applied to automatically recognize food container information and collect the discharge weight automatically. The present invention relates to an RFID-based food waste management method and a recording medium storing a computer program for reducing the amount of food waste and environmental pollution by imposing a fee in proportion to the discharge.

In addition, food waste collection containers (hereinafter referred to as 'collecting containers') and uncollected containers are identified, collection vehicles / collection companies / treatment companies, collection vehicles by collection companies, collection periods by period / region, current collection status, and collection Identification of collection volume by period, Identification of discharger and carrier, Identification of collection history by period / collection area, Identification of collection history by collection company / collection vehicle / collection area, Identification of collection details, Identification of collection processing weight by period / collection company / collection vehicle, By region / industry Identification of emitters, calculation of monthly collection amount and fee of discharger, calculation of discharge fee by discharger (business) by discharge weight, calculation of fee by collection container, calculation of fee rate by type of industry, trend of change in collection volume by region and discharger, emission reduction rate by business and incentive Selecting and implementing the “Food Waste Discharge Proportional System” through the introduction of OPUS FECO will reduce the amount of food waste. Of Food in RFID-based waste management method and a recording medium storing a computer program for the method.

In the conventional method of charging wastes, it was difficult to calculate the amount of wastes discharged to each bin, so each household used a uniform billing method. By charging the same costs for the bins, the issue of fairness over the charges is incurred.

In order to solve such a problem, a conventional method is to sell garbage bags to households in order to perform the discharge according to the amount of garbage, that is, the volume of the garbage. Differentiated imposition on.

Although this method of discharging the waste disposal cost was a good alternative to solve the contradiction of the existing uniform charging method, there were many problems in the method of imposing a difference on the cost of each type of waste.

For example, in the case of general wastes and food wastes, even though they have the same volume, the same costs are imposed even though the cost of disposing the wastes differs according to the type of wastes. It does not solve the problem of imposition.

This problem is a great way to charge a garbage bag and prevent it from being used unless it is a genuine garbage bag, but there are difficulties in the process of collecting and sorting garbage separately for each schedule. When we set every Wednesday as the food waste disposal day, each household should pay great attention to the day of the garbage discharge because there is no disadvantage for the households that dispose of the garbage even if they dispose of food waste on weekdays. It will not be done.

As described above, when the waste is not collected separately by type of waste, the waste must be separated by type in the process of treating waste, resulting in a separate cost and the incineration of waste to include substances such as food waste. If so, difficulties with waste incineration will arise.

In order to solve this problem, Korean Patent No. 232409 (hereinafter referred to as 'Prior Art 1'), Korean Patent Publication No. 403455 (hereinafter referred to as 'Prior Technology 2'), and Korean Patent Publication No. 534082 ( Hereinafter, 'Prior Art 3'), Registered Patent Publication No. 823315 (hereinafter referred to as 'Prior Art 4') and Registered Model No. 367332 (hereinafter referred to as 'Prior Art 5') This section describes how to issue a bill based on the weight of food waste.

First, in the prior art 1 identification number (12) to store the unique number and the container identification code of the food waste collection container 10 itself is sent to the wireless transmission power from the main body to collect the container identification code and the unique number (12) Is attached to the collection container 10, and when the loading of the collection container 10 and the identification tag recognition unit 14 for recognizing the unique number of the identification table 12 with the wireless transmission of the driving power to the identification table 12 Load cell 16 connected via the signal conversion unit 15 to detect the weight of the collection container 10 when loading the container 10, a keypad for inputting information by the manual operation and the operation of the weighing function ( 18) the memory card 20, in which the measured data is stored, is connected to the input side of the control unit 22, while at the output end of the control unit 22, the collection time such as collection container identification number and weighing data is collected. To display data It discloses a display system of gyegeun garbage collection vehicle, the printer 26 to issue a bill according to the associated 24 and the collected data.

In the related art 2, a main server including recognition information, ordering, goods receipt, inventory movement, sales, and collection information for recognizing garbage bags for efficient management and collection efficiency of garbage, daily garbage bags, and large wastes Recognize / analyze garbage emissions from cities, counties, and districts by recognizing barcodes attached to trash bags, large waste (stickers), and food waste bags (stickers). A secondary server, a management server that can predict the monthly and yearly emissions according to the sales and inventory of garbage bags, large wastes (stickers), food waste bags (stickers), and check the barcodes of the wastes discharged Transmission means to check whether the normal distribution of the data is normally distributed through the Internet or wireless (PDA), garbage bags, large waste Starting from the sale of water (stickers) and food waste bags (stickers), a garbage bag logistics computerization system that can remotely manage collection through the Internet or a computer network is disclosed.

In the prior art 3, an RFID chip including a body portion including an antenna for transmitting data stored in a memory, and a mounting portion including a portion of the antenna and protruding from the body portion; And holder means for accommodating and fixing the mounting portion of the RFID chip, the food and beverage using RFID being mounted on a food waste collection container and storing information including area information, capacity information of a collection container, and amount information in the memory. Disclosed is a garbage collection management system.

In the related art 4, a trash box with a unique identifier is attached, and a trash box with a unique identifier symbol recognizer for recognizing the unique identifier of the trash can, and a weight scale capable of estimating the weight of the trash discharged to the trash can. We disclose about garbage root system including garbage truck installed.

In the related art 5, a plate-shaped fixed plate, a shear-type load cell mounted at four symmetrical positions on one side of the fixed plate, measuring shear force, and fixed with four shear-type load cells, and having a food container mounted on an upper end thereof. Weighing machine mounted on a food waste collection vehicle comprising a flat weighing plate in which a crab is formed, and a load cell summing box that is seated between the fixed plate and the weighing plate, and receives and calculates a signal measuring shear force in the shear load cell. The group is disclosed.

However, in the prior art 1 to the prior art 5 to collect and store the collection data such as collection number, business name, collection amount, cumulative number by detecting the unique number of the collection box from the waste collection box while collecting and discharging the garbage from the food waste collection vehicle This is to reduce the amount of food waste by issuing collection receipts or issuing notices for a certain period of time, but the hardware (H / W) and software (S / W) between collection vehicles, collectors, processors and managers. It is not configured for the system.

In addition, in the prior art 1 to the prior art 5 to identify the container and the uncollected container, to identify the collection vehicle / collector / processing company, to identify the collection vehicle by each collector, the collection volume by period / region, the present day collection status, the collection volume by collection container, Identification of dischargers and carriers, Identification of collection history by period / collection area, Identification of collection history by collection company / collection vehicle / collection area, Identification of collection details, Identification of collection processing weight by period / collection company / collection vehicle, Identification of discharger by region / industry, Ejector Functions of monthly collection and fee calculation, calculation of charges by each emitter (business) based on discharge weight, calculation of fees by collection container, calculation of fee rate by type of industry, identification of trends in collection volume by region / distributor, emission reduction rate by business and selection of incentive target business There is no description or even suggestion about.

The present invention has been proposed in order to solve the above technical problem, by applying the RFID recognition technology, food waste collection container (hereinafter referred to as 'collection container') information automatically when collecting food waste, and automatically weigh the discharge weight The purpose of the present invention is to provide an RFID-based food waste management method and a recording medium storing computer programs for the method, which allow charges to be proportionally discharged.

In addition, another object of the present invention is to use the ubiquitous information technology using RFID, to create a base for providing a ubiquitous service that harmonizes electronic space, people and things to improve the scientific and efficiency of the cleaning administration An RFID-based food waste management method and a recording medium storing computer programs therefor are provided.

In addition, another object of the present invention is to develop a waste emission management and emission control system in the ubiquitous environment to develop an RFID-based food waste management method and a recording medium storing a computer program for the method for information cleaning administration. To provide.

In addition, another object of the present invention is to provide a method for converting the food waste fee into pay-as-you-go system, and to realize the fee imposition to provide an RFID-based food waste management method and a computer program for the method. To provide a stored recording medium.

In addition, another object of the present invention is to maximize the value of information utilization through the advancement of cleaning administration by realizing the collection of food waste, and to provide decision makers with accurate and up-to-date information necessary for decision making, which makes rationality of decision making. To provide an RFID-based food waste management method and a recording medium storing a computer program for the method.

In addition, another object of the present invention is to provide an RFID-based food waste management method and a recording medium storing a computer program for the method based on the realization of the fee charge by realizing the emission-proportion system by applying the RFID integrated electronic balance. It is.

In addition, another object of the present invention is to collect and manage the collection information collected from each collection vehicle, and to store the RFID-based food waste management method and the computer program for the method that interoperates the collected collection information with the fee calculation system To provide a recording medium.

In addition, another object of the present invention to provide an RFID-based food waste management method and a recording medium storing a computer program for the method including a homepage function for promoting the food waste discharge proportional system.

In addition, another object of the present invention is provided with a manager system for a processing company for recognizing the state of entry and exit of the food waste collection vehicle through a recognition device, manages the collection information, and transmits the information to the Web (WEB) -based manager system An RFID-based food waste management method and a recording medium storing a computer program for the method.

In addition, another object of the present invention is RFID-based food waste management with a manager system for a processor to maintain compatibility so that it can be operated in conjunction with various equipment (equipping device, etc.) currently installed and operated in the food waste treatment plant. A method and a recording medium storing a computer program for the method are provided.

In addition, another object of the present invention is an RFID-based food waste management method and a computer program for the method having a management system for collectors to collect and manage the collection and entry information of the collection vehicle belonging to the collection company To provide a record carrier.

In addition, another object of the present invention is a RFID-based food waste management method and a recording medium storing a computer program for managing the vehicle path in real time by mounting a GPS to the collection vehicle for collecting food wastes in real time To provide.

In addition, another object of the present invention is to manage the food waste information obtained through the weighing device and RFID reader installed in the vehicle, and the vehicle manager system for transmitting the stored information to the manager system for processing companies and the manager system for collectors To provide an RFID-based food waste management method and a recording medium storing a computer program for the method.

In addition, another object of the present invention is to grasp the current collection status (collection container, collection weight, uncollected container) at a glance to minimize the occurrence of civil complaints for uncollected, and to reduce the emission by region / discharger (business) To provide an RFID-based food waste management method and a recording medium storing a computer program for the method.

In addition, another object of the present invention is to provide an RFID-based food waste management method and a recording medium storing a computer program for providing a commission discount function by selecting a business (ejector) with a high emission reduction rate as an incentive target. have.

In addition, another object of the present invention is to identify food waste containers (hereinafter, referred to as 'collecting containers') and uncollected containers, identify collecting vehicles / collecting companies / processing companies, identifying collecting vehicles by collecting companies, and identifying collection periods by period / region. , Today's collection status, collection volume by container, discharger and carrier, collection period by period / collection area, collection history by collection company / collection vehicle / collection area, collection details by collection period, collection by collection period / collection / collection vehicle Determination of treatment weight, Distributor by region / industry, Estimation of monthly collection amount and fee of discharger, Calculation of levy fee by discharger (business) by discharge weight, Calculation of commission by collection container, Calculation of commission rate by industry type, Determination of change in collection volume by region / distributor, Business establishment Disposal of food logistics through the implementation of the “Food Waste Discharge Proportional System” through the selection of emission reduction rates and incentive target companies by each country and the introduction of OPUS FECO. To provide an RFID-based food waste management method and a recording medium storing a computer program for the method that can reduce water emissions.

As a means for solving the above problems, the RFID-based food waste management method according to the present invention, as described in claim 1, (a) in the food waste management container (collection container) and the collection vehicle in the management system Issuing and attaching each tag to be attached; (b) Receiving tag information of the collection container when collecting the collection container in the collection vehicle and automatically weighing the weight of food wastes loaded in the collection container to transmit and receive in real time to a transmitting and receiving terminal installed in the driver's seat of the collection vehicle. Outputting, storing and collecting the collection information including the tag and weight of the collection container, the collection date and time, the vehicle tag of the collection vehicle, and transmitting the stored collection information to a collection company system or to a manager system in real time. Wow; (c) real-time output and storage of collection information received from the collection vehicle in the collection company system, checking collection information today and transmitting the collection information to the manager system in real time; (d) When the collected vehicle is on the weighing platform of the processing company, the processing company system recognizes the vehicle tag of the collecting vehicle, adds up the processing weight of the food waste, and processes the vehicle including the vehicle tag, processing weight, and processing date and time of the collecting vehicle. Transmitting and storing information in real time to the manager system and confirming processing information today; (e) collection status, collection container and uncollected container information, collection vehicle based on the collection information received from the collection and reception system of the collection company system or the collection vehicle and processing information received from the processing company system in the manager system; Collector and processor information, collection vehicle information by collector, period and region collection information, today collection status, collection volume by container, discharger and carrier information, collection period by period and collection region, collection history by collector and collection vehicle and collection region , Details of collection, collection and processing weight by period and collector and collection vehicle, information on discharger by region and industry, monthly collection amount and fee of discharger, charges by discharger (business) by discharge weight, commission by collection container, commission rate by industry, region Information on trends in collection volume by individual and emitters, emission reduction rate by business and selection of incentives The step of estimating the statistics and information, including data; And (f) posting, operating and managing the calculated and statistical results of the manager system in the food waste management system. The main screen of the food waste management system includes: collection information management, It is equipped with commission calculation management, tag issuance management, statistical information, company management, equipment management, operation management menu tab (TAB) and recalls monthly and regional collection volume, today's regional collection status, today's uncollected container check, and the best reduction rate of emissions. It is characterized by displaying on the main screen.

As described in claim 2, the transmitting / receiving terminal of the collection vehicle includes tag information of the collection container, the weight of the food waste of the collection container, the total weight of the food waste of the collection vehicle, and the total amount of the collection container. The food waste management system application for outputting and storing the number through the screen, and transmitting the stored collection information to the collection company system or real time transmission to the manager system.

As described in claim 3, the transceiver terminal is characterized in that one of the terminals capable of wired or wireless communication, including a PDA, UMPC, printer wired and wireless communication device, USB memory, wireless terminal.

As described in claim 4, the processing company system outputs and stores the total weight and tag information of the collection vehicle on a screen when the collection vehicle on which the food waste is loaded is placed on a weighbridge, and stores the food waste. When the unloaded collection vehicle is on the weighbridge, the tolerance weight and tag information are output and stored on the screen, and the food waste management system application is installed in which the processed weight of food waste waste minus the tolerance weight is output on the screen. It is characterized by.

As described in claim 5, when the collector company system connects a PDA communicating with the transmitter / receiver terminal of the collector vehicle to a collector PC, a message indicating a PDA connection is output on the screen, and the collected data file of the PDA is displayed. The collection information is copied to the collection company PC, and the collection information including the vehicle number, container number, weight, collection date and time is output, and after confirming the water information, clicking the collection history transmission button, the collection information is transmitted to the manager system, Characterized in that installed the food waste management system application that outputs a guide message after the transmission is completed.

delete

As of today's regional collection status, as described in claim 7, claim number of collection containers, number of collection containers, number of collection containers, collection weight (Kg), processing weight (Kg) ), The collection status including the collection rate (%) to output the current collection status by region to be characterized.

As of claim 8, the uncollected container check is characterized in that it outputs a list of uncollected containers today, including the number of uncollected cases, the number of objects to be collected, the vehicle number, the last collection date, the discharger, and the collection company information. It is done.

As described in claim 9, the emission reduction rate best includes an industry, an emitter (industry), a previous month's emissions, a previous month's emissions, an emission reduction rate (%), and a discharger having a maximum decrease in the previous month's emissions compared to the previous month of each industry ( Business type).

As described in claim 10, the collection information management menu tab selects one or more of a collection company, a vehicle number, and a collection area for inquiry, and collects each collection company, vehicle number, and vehicle number of the selected region. And a current collection status inquiry menu for displaying the non-collection status in a graphic configuration.

The graphic configuration, as described in claim 11, when the mouse is placed on the collection container displayed on the route of the vehicle number, the container number, collection weight, collection cycle, detailed address, beach location, discharge of the collection container The information including the name of the person, the name of the carrier and the name of the processor is output to the pop-up window.

The collection information management menu tab, as described in claim 12, if you select one or more of the collection date, collection area, collection company, vehicle number, collection area, the container number, discharger, detailed address, The collection history inquiry result including weight (Kg), collection date, processing date, vehicle number, collector, and processing company is displayed on the screen, and when the container number is clicked on the collection history inquiry result screen, the container number of the corresponding container is collected. Collection details including address, beach location, location, discharger (business), collector, processing company, collection vehicle, collection weight, collection date, collection date, collection company, work PDA, processing date, processing information Is characterized in that it includes a collection history query menu output to the pop-up window.

As described in claim 13, the collection information management menu tab selects one or more of a collection date, an error range (Kg), a collection company, and a vehicle number, and when the collection processing weight comparison is inquired, the error range is displayed. Including a collection process weight comparison menu that displays the collection process weight comparison query results including vehicle number, collection weight (Kg), collection date, collection company, processing weight (Kg), processing date, processing company exceeding It is characterized by.

As described in claim 14, the collection information management menu tab selects one or more of a reference date, a collection company, and a vehicle number, and then displays a collection container. The collection period has elapsed based on the reference date. And it is characterized in that it comprises a non-collected container inquiry menu for outputting the uncollected container is not collected.

The inquiry screen of the uncollected container includes a vehicle number, a container number, a collection date, a discharger (business), a collection company, a collection cycle, a postal code, a detailed address as described in claim 15, and the container When the number is clicked, a pop-up window showing the container detail information including the container number, the detailed address, the beach location, the location, the discharger, the collecting company, the processing company, the cleaning cycle, and the last cleaning date is displayed.

As described in claim 16, the fee calculation management menu tab selects one or more of the inquiry month and the collection area for inquiry, and the fee until the present month of the discharger corresponding to the inquiry month or collection area. And the previous month's fee, the current month's weight and the previous month's weight, and the container number, and when the discharger is clicked on an inquiry screen, the discharger's monthly collection amount and fee change trend information are displayed in a pop-up window. do.

As described in claim 17, the fee calculation management menu tab selects one or more of the period and region, and displays the container number, discharger, container position, and the like of the collection container corresponding to the period and region. Output the weight (Kg), fee (KRW) by container and click on the container number, container number, detailed address, beach location, location, discharger (business), collector, processing company, cleaning cycle, final cleaning date Characterized by including a fee calculation menu for each container to output the container detail information pop-up window, including.

As described in claim 18, the fee calculation management menu tab selects one or more of the period and type of business, and displays the type of business, unit weight (Kg), and fee (KRW) corresponding to the period or type of business. A fee rate inquiry screen including a start date, a fee application end date, and other matters is displayed, and when the industry is clicked on the fee rate inquiry screen, a fee rate correction popup window for modifying and deleting a fee rate is displayed, and a fee rate registration for registering a fee rate is displayed. And a commission rate inquiry menu providing a 'register' button for outputting a pop-up window.

The tag issuance management menu tab, as described in claim 19, by selecting one or more of the discharger, processing company, collection company, vehicle number, container type, collection cycle, collection area, the collection is registered The container information is output, and after selecting a container number to issue a tag from the collection container information and clicking the 'Issue tag' button, the tag issuer recognizes the tag and issues a container tag issue menu. .

In the tag issuance management menu tab, as described in claim 20, when selecting and inquiring a collector, vehicle information of a registered collector is output, and a vehicle number to issue a vehicle tag is selected from the vehicle information. After the 'tag issuance' button is characterized in that it includes a vehicle tag issuance menu for issuing a tag by recognizing the tag in the tag issuer.

As described in claim 21, the statistical information menu tab includes a region and a collection amount menu for outputting a collection region and a collection amount of a corresponding matter when one or more of the period and collection region are inquired. It features.

As described in claim 22, the statistical information menu tab outputs a collector, vehicle number, and collection amount (Kg) of a corresponding item when one or more of a period, a collector, and a vehicle number are inquired. Characterized in that it comprises a collection amount menu for each collector and vehicle.

As described in claim 23, the statistical information menu tab selects one or more of a period and a collection area for inquiry, and displays the container number, discharger, container address, container location, and collection amount (Kg). Characterized in that it comprises a collection for each container output volume menu.

As described in claim 24, the statistical information menu tab outputs the discharger, the previous month's emissions, the previous month's emissions, the emission reduction rate (%) by selecting one or more of the target month and the collection area. And an emission reduction rate menu that provides an 'incentive target selection' button for selecting an incentive target according to the ranking of the emitters having a high emission reduction rate.

As described in claim 25, the statistical information menu tab selects one or more of a region, a business type, and a company name to search for registered emitters (businesses), and registers a new emitter through a discharger and company registration pop-up window. When the name of the emitter is clicked on the ejector inquiry screen, the ejector management menu that outputs the ejector and company modification popup window for checking the detailed information of the ejector and modifying and deleting the contents is output.

As described in claim 26, the company management menu tab selects one or more of the region and company name to search for registered collectors, registers new collectors through the ejector and company registration pop-up window, and collects Clicking on the name of the collector on the company inquiry screen includes a collector management menu that outputs the ejector and company modification popup windows for checking the details of the collector and modifying and deleting the contents.

As described in claim 27, the company management menu tab selects one or more of the region and company name to search the registered processing company, registers the new processing company through the ejector and company registration pop-up window, and processes the processing. When the name of the processing company is clicked on the company inquiry screen, it is characterized in that it includes a processing company management menu that outputs an ejector and a company modification popup window for checking the detailed information of the processing company and modifying and deleting the contents.

The equipment management menu tab, as described in claim 28, select one or more of the discharger, processing company, collector, vehicle number, container type, collection cycle, collection area and retrieve the registered collection container Register the container through the container detail information pop-up window, and click the container number on the container container inquiry screen including container number, discharger name, detailed address, beach location, collection vehicle, collector, processing cycle, and collection cycle. It characterized in that it comprises a container management menu that outputs the container details information pop-up window to check the detailed information of the information and to modify and delete the contents.

The equipment management menu tab, as described in claim 29, select a collector to query the registered vehicle information, register a new vehicle through the vehicle management details pop-up window, vehicle number, collector, vehicle When the vehicle number is clicked on the vehicle inquiry screen including the driver, vehicle status, tolerance weight, and maximum weight, the vehicle management menu includes a vehicle management detailed registration popup window for checking the detailed information of the vehicle and modifying and deleting the contents. It is characterized by.

The equipment management menu tab outputs an RFID device registration inquiry screen including a container number, a discharger name, a detailed address, a beach location, a collection vehicle, a collection company, a processing company, and a collection cycle, as described in claim 30. Registers a new RFID device through the container detail information pop-up window, and clicks the container number on the RFID device registration inquiry screen. And a management menu.

The operation management menu tab outputs a user registration inquiry screen including an ID, a company name, a name, an email, a user classification, and a registration date, as described in claim 31, and registers a new user through a user management registration popup window. When the user clicks the ID on the user registration inquiry screen, the user management detailed information pop-up window for checking the user registration detailed information and modifying and deleting the contents is output.

The operation management menu tab outputs a code registration inquiry screen including a code type, a code name, a code, a code description, and a registration date, as described in claim 32, and registers a new code through a code detail information pop-up window. If the code type is clicked on the code registration inquiry screen, a code management menu is displayed in which a code detail information pop-up window is displayed for checking code detailed registration information and deleting registered codes or modifying other contents except the code type and code. Characterized in that it comprises a.

As a means for solving the above problems, the recording medium storing the computer program for the RFID-based food waste management method according to the present invention, as described in claim 33, claim 1, claim 2, claim 3, 4, 5, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 , 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 28 A computer program according to any one of claims 29, 30, 31 or 32 is stored.

According to the RFID-based food waste management method and a recording medium storing a computer program for the method according to the present invention, by applying the RFID recognition technology to automatically recognize the collection container information when collecting food waste, and automatically discharged by measuring the discharge weight By imposing a fee proportional to, it can reduce the amount of food waste discharged as well as reduce the environmental pollution.

In addition, through the use of ubiquitous information technology using RFID, it is possible to improve the scientific and efficiency of the cleaning administration by creating a foundation for providing a ubiquitous service that harmonizes electronic space, people and objects.

In addition, it is possible to informatize cleaning administration by developing waste emission management and emission control system in ubiquitous environment.

In addition, it is possible to provide a transparent and fair public service by preparing a plan for converting food waste fee into a pay-as-you-go system.

In addition, through the collection of food waste, we can maximize the value of information utilization through the advancement of cleaning administration and provide the decision makers with the accurate and up-to-date information necessary for decision making.

In addition, it is possible to establish a realization of commission by realizing the emission proportion system through the application of RFID integrated electronic balance.

In addition, GPS can be mounted on a collection vehicle for collecting food and food waste to identify and manage a vehicle route in real time.

In addition, it is possible to minimize the occurrence of complaints about uncollected collections by grasping the current collection status (collecting containers, collected weights, uncollected containers) at a glance, and to identify trends in emission reduction by region / ejector (business).

In addition, food logistics waste can be reduced by selecting commissions with high emission reduction rates (ejectors) as incentives and providing a commission discount function.

In addition, food waste collection status, information on containers and uncollected containers, information on collection vehicles / collectors / processors, information on collection vehicles by collectors, information on collection periods by period / region, current collection status, collection volume by container, collector and carrier information, In the collection history by period / collection area, collection history by collector / collection vehicle / collection region, detailed collection information, collection processing weight by period / collection company / collection vehicle, discharger information by region / industry, monthly collection quantity and fee of discharger, discharge weight Calculate and statistics data information including charges charged by emitters (businesses), commissions by containers, commission rates by industry, changes in collection volume by region / distributors, emission reduction rates by businesses and selection of incentives, and the results can be retrieved and output. By reducing the amount of food waste, the government can also reduce the amount of food waste. It can contribute to improving the quality of service.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In describing the embodiments of the present invention, the same reference numerals will be used for components having the same functions and functions.

First Embodiment of RFID-Based Food Waste Management System

1 is a block diagram of an RFID-based food waste management system according to a first embodiment of the present invention.

RFID-based food waste management system according to a first embodiment of the present invention, as shown in Figure 1, the collection container 10, collection vehicle 100, collector company system 200, processor company system 300, The manager system 500 is configured to be included.

The collection container 10 is a container for collecting food waste, and has a tag 11 having a collection container identification code and a unique number stored thereon.

The collection vehicle 100 is a vehicle for collecting food waste contained in the collection container 10, and receives the collection container identification code and tag information from the tag 11 attached to the collection container 10, Automatically weighs the weight of food waste when loading the collection container 10 and outputs in real time, the collection information including tag and weight information of the collection container 10, collection date and time, vehicle tag information of the collection vehicle 10, and the like. Collecting vehicle system (not shown) for storing and transmitting the is installed respectively.

As shown in FIG. 2, the collection vehicle 100 includes a loading box 120 for loading food wastes collected from the collection container 10, and loading the collection container 10 into the loading box 120 for food logistics. It includes a loading device 130 for pouring the waste into the loading box (120).

The collection vehicle system of the collection vehicle 100, an electronic scale (not shown) for automatically weighing the weight of the food waste contained in the collection container 10 when the collection container 10 is mounted on the loading device 130 ), An indicator 140 for displaying the weight of the food waste of the collection container 10, and a transmission / reception terminal 150 for outputting and storing tag information and weight information of the collection container 10. .

The electronic scale is installed in the loading device 130, and when the collection container 10 comes up to the loading device 130, the indicator 140 by automatically weighing the weight of food waste contained in the collection container 10; To send).

The indicator 140 is installed on one side of the loading device 130, receives the weight information of the food waste of the collection container 10 weighed from the electronic balance 134 to display on the screen and the transmission and reception terminal ( 150). The indicator 140 includes an LCD screen 141 for displaying the weight information of the food waste, and a plurality of buttons 142 for controlling the operation and signal transmission of the loading device 130. The case 143 is provided to close the lid to protect the product when not in use.

The transmission and reception terminal 150 is installed in the driver's seat of the collection vehicle 100, the tag information from the collection container 10 when the collection vehicle 100 approaches within a predetermined distance from where the collection container 10 is located. Receives automatically, and receives the weight information of the food waste of the collection container 10 from the indicator 140 to automatically output and store on the screen or printer, the tag and weight information of the collection container 10, the date and time of collection The collection information including the vehicle tag information of the collection vehicle 100 is transmitted to the collection company system 200. At this time, the method for transmitting the collection information transmits a signal from the transmission and reception terminal 150 of the collection vehicle 100 to the collection company system 200 using the Internet or a wireless communication network. In addition, the transmission and reception terminal 150 is an RFID reader 301 installed in the food waste treatment plant when the collection vehicle 100 arrives at a food waste treatment plant (not shown) to process the food waste contained in the loading box 120. The collection information is transmitted to the RFID reader 301 when a signal is received.

As shown in FIGS. 3A to 3E, the transceiver terminal 150 includes a PDA terminal (FIG. 3A), a UMPC (FIG. 3B), a printer wired / wireless communication terminal (FIG. 3C), a USB memory (FIG. 3D), and a wireless display (FIG. It can be configured using any of the terminals capable of wired or wireless communication, including 3e). In this case, when using the wireless display, as shown in FIG. 3E, the tag information and the weight information of the collection container may be transmitted and received and stored only by the electronic balance and the wireless display without the indicator 140. In addition, the transmission and reception terminal 150 transmits the stored collection information to the collector system 200 through CDMA and wireless LAN after tag recognition in a PDA or UMPC, or in real time without passing through the collector system 200. It transmits to the manager system 500.

Next, the collection company system 200 receives the collection information from the collection vehicle system 200 of the collection vehicle 100 to automatically output and store on the screen or a printer, and confirm the collection information collected today The collection information is transmitted through communication means (for example, the Internet, transmission line, wired or wireless communication, etc.).

Configuration of the collection company system 200 is a transceiver 201 for receiving the collection information from the transmission and reception terminal 150 of the collection vehicle system 110 and the collection information received through the transceiver 201 automatically And a collector PC 202 for outputting and storing and transmitting to the manager system 500 via the Internet.

Next, when the collection vehicle 100 arrives at the food waste treatment plant, the processor company system 300 recognizes vehicle tag information of the collection vehicle 100 through an RFID reader 301 installed at the food waste treatment plant. Then, the weight of the food waste in the loading box 120 of the collection vehicle 100 is added up, and the processing information including vehicle tag information, processing weight, processing date and time of the collection vehicle 100 is automatically output to a screen or a printer. It stores and checks the processing information of the food waste today, and transmits the processing information to the manager system 500 through a communication network.

The configuration of the processor system 300 includes an RFID reader 301 for receiving vehicle tag information from the collection vehicle 100 and a weighing scale 301 for measuring the weight of food wastes mounted on the collection vehicle 100. ), And process information including vehicle tag information, processing weight, and processing date and time of the collection vehicle 100 by receiving vehicle tag information from the RFID reader 301 and receiving weight information of food waste from the weighbridge 301. It includes a processor PC (303) for automatically outputting and storing the screen or a printer, and confirms the processing information today, and transmits the processing information to the manager system (500).

Finally, the manager system 500 issues a tag 11 of the collection container 10 and a vehicle tag of the collection vehicle 100, receives collection information from the collection company system 200, and processes the information. Receiving the processing information from the company system 300, the collection status, collection container and uncollected container information, collection vehicle / collector / processor information, collection vehicle information by collector, period / region collection information, current collection status, collection for today Collector's collection information, discharger and carrier information, collection period by period / collection area, collection history by collection company / collection vehicle / collection area, detailed collection information, collection processing weight by collection period / collection company / collection vehicle, discharger information by region / industry, discharger Monthly collection and fee, discharge fee by discharger (business) by discharge weight, commission by container, commission rate by type of industry, trend of change in collection volume by region / distributor, emission reduction rate by store It operates and manages food waste management system that calculates and statistics data information, including the selection of incentive target businesses, and inquires and outputs the results.

Here, the food waste management system is a collection information management menu (function) for managing the collection information, a fee calculation management menu (function) for calculating and managing the fee, the tag 11 of the collection container 10 and the Tag issuance management menu (function) for issuing and managing vehicle tags of the collection vehicle 100 (function), statistical information menu (function) for analyzing and analyzing the data information, the collector and the processor of the collector system 200 And a company management menu (function) for managing the processing company of the system 300, an equipment management menu (function) for managing the equipment of the food waste management system, and the like.

Figure 4 is a state of mounting the electronic balance of the collection vehicle (a), the appearance of measuring the weight of the food waste in the collection container (b), the weight of the food waste in the collection container throwing the weight of the container (c) Is a picture showing.

Second Embodiment of RFID-Based Food Waste Management System

5 is a block diagram of an RFID-based food waste management system according to a second embodiment of the present invention.

RFID-based food waste management system according to a second embodiment of the present invention, as shown in Figure 2, a plurality of collection containers 10, a plurality of collection vehicles 100, at least one collector company system 200 At least one processor company system 300, a plurality of user PC 400, including a manager system 500 is configured.

The plurality of collection containers 10 are containers for collecting food waste, and are attached with a tag 11 having a collection container identification code and a unique number, respectively.

The plurality of collection vehicles 100 collects food waste from the collection container 10 and receives the collection container identification code and tag information from a tag 11 attached to the collection container 10. When the collection container 10 is loaded, the weight of food waste is automatically weighed and output in real time, including tag and weight information of the collection container 10, date and time of collection, and vehicle tag information of the collection vehicle 10. Collection vehicle systems 110 for storing and transmitting collection information are respectively installed.

As shown in FIGS. 6 and 7, the plurality of collection vehicles 100 includes a loading box 120 for loading food wastes collected from the collection container 10, and a loading box 120 for the collection container 10. It includes a loading device 130 for loading the food waste into the loading box 120 by loading into).

The loading device 130, as shown in Figure 6, the lifter frame 131, the collection container hanger bracket 132, the collection container hanger 133, electronic balance 134, roller 135, support roller 136 and the lifter roller guide 137 are configured.

The collection container 10 is a jaw portion formed outward from the top of the collection container 10 in the collection container hanger 133 of the lifter frame 131 to load and lift the collection container 10 It is to be lifted up, the collection vessel hanger 133 is supported by the collection vessel hanger bracket 132.

The collection container hanger bracket 132 is mutually coupled with the lifter frame 131 by two tension type electronic balance 134. Therefore, the weight of the collection container 10 hanging on the bracket 132 can be measured by the electronic balance 134, the collection container (measured by the electronic balance 134) The weight data of 10) is transmitted to the indicator 140. Here, the measurement error of the weight of the collection container 10 by directly coupling the collection container hanger bracket 132 and the lifter frame 131 to the electronic balance 134 to which the weight of the collection container 10 acts. Can be minimized.

The roller 135 installed at the left and right edges of the lifter frame 131 is guided by the lifter roller guide 137 fixed to the main body of the collection vehicle 100 so that the loading device 130 is smoothly up and down. To be able to move. The support roller 136 is a portion supporting the lower end of the collection container 10 is installed in a rotary roller type of a resin-based material in order to prevent damage to the collection container 10 and to reduce friction.

The collection vehicle system 110 installed in each of the plurality of collection vehicles 100 includes an electronic balance 134, an indicator 140, and a transmission / reception terminal 150.

Here, the electronic balance 134 is installed on one side of the loading device 130, the weight of the food waste in the collection container 10 when the collection container 10 rises to the loading device 130 Automatic weighing is transmitted to the indicator 140. Meanwhile, the electronic balance 134 may use the electronic balance shown in FIGS. 2 to 3.

The indicator 140 is installed on one side of the loading device 130, receives the weight information of the food waste of the collection container 10 weighed from the electronic balance 134 to display on the screen and the transmission and reception terminal ( 150). The indicator 140 includes an LCD screen 141 for displaying the weight information of the food waste, and a plurality of buttons 142 for controlling the operation and signal transmission of the loading device 130. A case (see 143 of FIG. 3A) is provided to close the lid to protect the product when not in use.

The transmission and reception terminal 150 is installed in the driver's seat of the collection vehicle 100, the tag information from the collection container 10 when the collection vehicle 100 approaches within a predetermined distance from where the collection container 10 is located. Receives automatically, and receives the weight information of the food waste of the collection container 10 from the indicator 140 to automatically output and store on the screen or printer, the tag and weight information of the collection container 10, the date and time of collection The collection information including the vehicle tag information of the collection vehicle 100 is transmitted to the collection company system 200. At this time, the method for transmitting the collection information transmits a signal from the transmission and reception terminal 150 of the collection vehicle 100 to the collection company system 200 using the Internet or a wireless communication network. In addition, the transmission and reception terminal 150 is an RFID reader 301 installed in the food waste treatment plant when the collection vehicle 100 arrives at a food waste treatment plant (not shown) to process the food waste contained in the loading box 120. The collection information is transmitted to the RFID reader 301 when a signal is received.

The transmission and reception terminal 150 is capable of wired or wireless communication including a PDA terminal (FIG. 3A), a UMPC (FIG. 3B), a printer wired / wireless communication terminal (FIG. 3C), a USB memory (FIG. 3D), and a wireless indicator (FIG. 3E). It can be configured using any one of the terminals. In this case, when using the wireless indicator, the tag information and weight information of the collection container may be transmitted and received and stored only by the electronic balance and the wireless indicator without the indicator 140 (see FIG. 3E). In addition, the transmitting and receiving terminal 150 may transmit the collection information through the CDMA and wireless LAN after tag recognition in the PDA, UMPC.

At this time, the transmission and reception terminal 150 stores the collection information and transmits when the terminal is connected to the collection company system 200 or does not go through the collection company system 200 in the transmission and reception terminal 150. It transmits to the manager system 500 in real time.

Next, the at least one collection company system 200 receives the collection information from the collection vehicle system 200 of the plurality of collection vehicles 100 and automatically outputs and stores them on a screen or a printer, and collected today. Confirm collection information and transmit the collection information through communication means (for example, the Internet, transmission line, wired and wireless communication, etc.).

Configuration of the collection company system 200 is a transceiver 201 for receiving the collection information from the transmission and reception terminal 150 of the collection vehicle system 110 and the collection information received through the transceiver 201 automatically And a collector PC 202 for outputting and storing and transmitting to the manager system 500 via the Internet.

Next, the at least one processor company system 300 tags the vehicle of the collection vehicle 100 through the RFID reader 301 installed at the food waste treatment plant when the collection vehicle 100 arrives at the food waste treatment plant. After recognizing the information, the weight of the food waste contained in the stacking box 120 of the collection vehicle 100 is added, and the processing information including vehicle tag information, processing weight, processing date and time of the collection vehicle 100 is displayed on a screen or a printer. Automatically output and store, check the today's food waste treatment information and transmits the treatment information to the manager system 500 through a communication network.

The configuration of the processor system 300 includes an RFID reader 301 for receiving vehicle tag information from the collection vehicle 100 and a weighing scale 301 for measuring the weight of food wastes mounted on the collection vehicle 100. ), And process information including vehicle tag information, processing weight, and processing date and time of the collection vehicle 100 by receiving vehicle tag information from the RFID reader 301 and receiving weight information of food waste from the weighbridge 301. It includes a processor PC (303) for automatically outputting and storing the screen or a printer, and confirms the processing information today, and transmits the processing information to the manager system (500).

Finally, the manager system 500 issues a tag 11 of the collection container 10 and a vehicle tag of the collection vehicle 100, receives collection information from the collection company system 200, and processes the information. Receiving the processing information from the company system 300, the collection status, collection container and uncollected container information, collection vehicle / collector / processor information, collection vehicle information by collector, period / region collection information, current collection status, collection for today Collector's collection information, discharger and carrier information, collection period by period / collection area, collection history by collection company / collection vehicle / collection area, detailed collection information, collection processing weight by collection period / collection company / collection vehicle, discharger information by region / industry, discharger Monthly collection and fee, discharge fee by discharger (business) by discharge weight, commission by container, commission rate by type of industry, trend of change in collection volume by region / distributor, emission reduction rate by store It operates and manages food waste management system that calculates and statistics data information, including the selection of incentive target businesses, and inquires and outputs the results.

As shown in FIG. 5, the manager system 500 includes a web server 501, an operation server 502, a DB server 503, a backup server 504, a manager PC 505, and one or more manager PCs. 506, database (DB) 507, router 508, firewall 509, tag issuing machine 510 is configured, in addition to the vehicle recognition fixed reader, tag issuing portable reader, tag welding machine Etc. are provided.

In this case, the web server 501 provides a food waste management system capable of inquiring and outputting the data information through the Internet.

The operation server 502 issues and stores the tag 11 of the collection container 10 and the vehicle tag of the collection vehicle 100, receives collection information from the collection company system 200, and receives the processing company. It receives the processing information from the system 300 and statistics and analyzes the data information, and operates and manages so that the food waste management system can query and output the data information.

The DB server 503 stores and manages the collection information of the collection vehicle 100, the processing information of the processing company system 300, and various data information calculated by the operation server 502 in the DB 507. Function

The backup server 504 functions to back up and store various data and programs stored in the web server 501, the operation server 502, and the DB server 503.

The tag issuer 510 functions to issue the tag 11 of the collection container 10 and the vehicle tag of the collection vehicle 100 in association with the operation server 502.

The at least one person in charge PC 506 issues and stores the tag 11 of the collection container 10 and the vehicle tag of the collection vehicle 100 through the operation server 502, and inquires the data information. Function to input, modify and delete. The one or more person in charge PC 506 is a person in charge of a wiretap, a city hall, or a ward office in charge of the food waste.

The manager PC 505 functions to operate and manage the entire RFID-based food waste management system.

Here, as shown in FIG. 8, the operation server 502 includes a collection information management program 601 for managing the collection information, a fee calculation management program 602 for calculating and managing the fee, and the collection container. A tag issuance management program 603 for issuing and managing a tag 11 of 10 and a vehicle tag of the collected vehicle 100, a statistical information program 604 for statistically analyzing and analyzing the data information, and the collection It includes a company management program 605 for managing the collector of the company system 200 and the processing company of the processor system 300, and an equipment management program 606 for managing the equipment of the food waste management system. It features.

Third Embodiment of RFID-Based Food Waste Management System

In the RFID based food waste management system according to the third embodiment of the present invention, GPS is attached to each of the collection vehicles 100 in the first and second embodiments to real-time the vehicle path of the collection vehicle 100. (Track) and manage. At this time, the location for tracking and managing the current location of the collection vehicle 100 may be made in the collector company system 200, the processor company system 300, and the manager system 500.

RFID-based food waste management method

10 is a flowchart illustrating a method for managing food waste based on RFID according to a preferred embodiment of the present invention.

First, the management system issues tags to be attached to the collection container 10 and the collection vehicle 100, respectively, and attaches the tags to the collection container 10 and the collection vehicle 100 (step S10).

Then, when placing the collection container 10 on the electronic scale to collect the food waste in the collection vehicle 100 (step S20) receives the tag information of the collection container 10 (step S30) Automatically weigh the weight of food wastes loaded on the collection container 10 (step S40) and transmit them in real time to the transmission and reception terminal 150 installed in the driver's seat of the collection vehicle 100. The transmission and reception terminal 150 outputs and stores the tag and weight of the collection container 10, collection date and time, collection information including the vehicle tag of the collection vehicle on the screen. Thereafter, the transmission and reception terminal 150 of the collection vehicle 100 stores the collection information and transmits the collection information stored when the terminal is connected to the collection company system 200 (step S50) or the The transmission and reception terminal 150 transmits to the manager system 500 in real time without passing through the collector system 200.

Next, the collection company system 200 outputs and stores the collection information received from the collection vehicle 100 in real time, checks the collection information today, and transmits the collection information to the manager system 500 in real time (step) S60).

Then, when the collection vehicle 100 comes up to the weighing platform (not shown) of the processing company (step S70), the processing company system 300 recognizes the vehicle tag of the collection vehicle 100 (step S80). Storing and storing the food waste weight of the food waste (step S90), and transmits and stores the processing information including the vehicle tag, the processing weight, and the processing date and time of the collection vehicle 100 in real time to the manager system 500, and the current processing information. Check (step S100).

Then, the manager system 500 receives the collection information from the collection company system 200 and the processing information from the processing company system 300 in real time, the collection status, collection container and uncollected container information, collection vehicle Collector / Processor Information, Collecting Vehicle Information by Collector, Period / Region Collection Information, Current Collection Status, Collecting Capacity by Container, Distributor and Carrier Information, Collection History by Period / Collection Region, Collection History by Collector / Collection Vehicle / Collection Region , Details of collection, collection processing weight by period / collector / collection vehicle, information on discharger by region / industry, monthly collection amount and fee of discharger, charges by discharger (business) by discharge weight, commission by collection container, commission rate by type of industry, region Calculate and statistics data information including trends in changes in collection volume by discharger, emission reduction rate by business, and incentives. S110)

Next, the manager system 500 posts the result of the calculation and statistics to the food waste management system (or, also referred to as an "manager web system"), and operates and manages it (step S120).

Then, the user accesses the food waste management system to check and output the data information (step S130).

Embodiment of the program screen

11 to 39 show a program screen for the RFID-based food waste management method according to a preferred embodiment of the present invention.

11 is a screen briefly showing the work order of the RFID system in the collecting vehicle 100, the collecting company 20, and the processing company 30, and showing the container collection (a), the processing vehicle vehicle and recognition (b), and the collection data. Transfer (c) screen is shown. And, Figure 12 is a screen showing the system operation sequence in the manager system briefly, the main screen (a), collection information confirmation (b), commission confirmation (c), statistical information (d), company / equipment / code management ( e) shows the screen. Here, the transmission and reception terminal 150 of the collection vehicle 100, the collector PC 202 of the collector system 200, the processor PC 303 of the processor system 300 is a food waste management system application Each of these is installed. Hereinafter, the RFID system will be described in more detail with reference to the accompanying drawings.

Program screen of the collection vehicle system 110

13A and 13B are program screens of the collection vehicle system 110.

The transmission and reception terminal 150 of the collection vehicle 100 outputs a food waste management system screen as shown in FIG. 13A during an initial operation. At this time, the food waste management system screen, the collection vehicle combo box for selecting the collection vehicle number, the 'waste collection operation' button to move to the waste collection operation screen (Fig. 13b), and 'vehicle number registration to register the vehicle number 'Button and an end button for terminating the program.

In the collected vehicle number combo box, the vehicle number which was last worked is selected. At this time, if the collection vehicle is changed, select the changed vehicle number.

When the 'waste collection work' button is clicked on the screen of FIG. 13a, the screen moves to a waste collection screen (FIG. 13b). At this time, the waste collection operation screen, the container number (tag number), weight, collection date, vehicle number, etc. are displayed, the total weight and the total number is displayed, the 'cancel' button and the 'previous screen' button to return to the previous screen It is provided.

When the collection container 10 is placed on the electronic balance of the collection vehicle 100, the weight and tag number of the food waste contained in the collection container 10 are displayed on the screen, and the container number, weight, collection date, vehicle number Is saved to a file.

Program screen of processor system 300

14A and 14B are program screens of the processing company system 300, which are displayed when the food waste management system program is installed in the processing company PC 303.

14A is a vehicle weighing and vehicle tag recognition screen of the processing company system 300. When the collecting vehicle 100 climbs on the weighbridge 302, the total weight is output and the RFID reader 301 operates. The vehicle number is selected when the tag attached to the collection vehicle 100 is recognized by the RFID reader 301. The weight information and the vehicle information are transmitted to the processor PC 303.

14B is a tolerance escalation and vehicle tag recognition screen of the processing company system 300. When the collection vehicle 100 which unloads the waste comes up on the weighbridge 302, the tolerance weight is output, and the RFID reader 301 is shown. Will work. The vehicle number is selected when the tag attached to the collection vehicle 100 is recognized by the RFID reader 301. The weight information and the vehicle information are transmitted to the processor PC 303. The food waste weight is subtracted from the gross weight and is displayed on the screen.

On the screen of the processing company system 300, as shown in Figs. 14A and 14B, the vehicle number, weight weighing, vehicle number, gross weight, weighting time, tolerance weight, tolerance weighting time, waste weight and the like are displayed.

Program screen of the collector system 200

15A and 15B are program screens of the collector system 200, which are displayed when the food waste management system program is installed in the collector PC 202.

15A is a program execution screen of the collector company system 200. The PDA connection status, vehicle number, container number, weight, collection date and time, the total number, and the total weight (KG) are displayed, and the 'collect collection' button at the bottom. Equipped with.

When the collector program is executed during the initial operation, as shown in the screen of FIG. 15A, the PDA connection status is output as "disconnected".

15B is a PDA connection and collection history confirmation / transmission screen of the collector system 200. When the PDA 201 is connected to the collector PC 202, the message “PDA connected” is output. When the PDA is connected, the collection data file of the PDA is copied to the collecting company PC 202, and the collection history information is output. After confirming the collection history and clicking the "Transfer Collection" button, the collection data is transmitted to the operation server 502 of the manager system 500. When the transfer is complete, "Transfer is complete." The message is displayed on the screen.

Program screen of the manager system 500

16 to 38 are program screens of the manager system 500, which are displayed when a food waste management system program is installed.

Login screen

FIG. 16 is a login screen, in which a user logs in after inputting a registered user ID and password.

main screen

17 is a main screen of the food waste management system, the monthly / regional collection volume trend, the current collection status by region, today uncollected container confirmation, the best data of the emission reduction rate is displayed on the screen, collection information management, fee calculation at the top of the screen Management, tag issuance management, statistical information, company management, equipment management, operation management menu tab (TAB) is provided.

Here, the monthly / regional collection amount trend displays a change in monthly / regional collection amount as a graph.

The collection status by region of the present day can check the collection status by region by outputting the collection status when clicking on the map of the region. At this time, the collection status outputs the number of containers for collection, the number of collection containers, the number of collection containers, the collection weight (Kg), the processing weight (Kg), the collection rate (%) and the like.

The today uncollected container check outputs a list of uncollected containers today (display the number of uncollected). At this time, the today's uncollected container list includes the vehicle number, the last collection date, discharger, collector information.

The best emission reduction rate outputs an emitter (business) having a maximum reduction rate in the previous month compared to the previous month by industry type. The best emission reduction rate screen includes a sector, an emitter (industry), a previous month's emissions, a previous month's emissions, an emission reduction rate (%), and the like.

Today collection status inquiry screen

18 is a current collection status inquiry screen of collection information management.

The today's collection status inquiry screen, as shown in Figure 18, by selecting the collection company, vehicle number, and collection area for inquiry, the collection and uncollected status by the collection company, vehicle number, vehicle number of the selected local area at a glance You can check it.

On the today's collection status inquiry screen, the route of the collection vehicle (vehicle number) for each region is displayed together with the collection container 10 beach place, and the location of the current collection vehicle is displayed as an image of the vehicle. At this time, the collection and non-collection status is to be able to grasp the collection status at a glance by the distinction between the collection container and the non-collection container. When the mouse hovers over the collection container displayed on the route of the collection vehicle (vehicle number), the container number, collection weight, collection cycle, detailed address, beach location, discharger name, carrier name, processor name, etc. of the collection container are displayed on the screen. Is output.

Collection History Screen

19 is a collection history inquiry screen of collection information management.

The collection history inquiry screen, as shown in Figure 19, the collection date, the collection company, the vehicle number, the collection area to query the collection history, the portion of the collection history inquiry results and the collection history query results It has an 'Excel' button to save as an Excel file, and an 'Output' button to output to a printer.

The collection date is selected from a calendar screen popup window or can be directly input by the user, and the collection company and vehicle number are respectively selected through the combo box. In this case, when the collector is selected, the vehicle number of the company is displayed through a combo box. The collection area is selected through a pop-up window.

In the collection history inquiry screen, the collection date and the collection area can be selected and inquired, or the collection company, vehicle number and collection area can be inquired. At this time, the collection history inquiry screen includes a container number, discharger, detailed address, weight (Kg), collection date, processing date, vehicle number, collector, processor.

When the container number is clicked on the collection history inquiry screen, the collection detail information and collection information of the corresponding collection container are output as a pop-up window. Here, the collection detailed information includes a container number, a detailed address, a beach place, a location, an ejector (business), a collector, a processor, and the like, and the collection information includes a collection vehicle, a collection weight, a collection date, a collection company, and a job. PDA, date and time of processing, processing company, and the like.

Collection weight comparison screen

20 is a collection processing weight comparison screen of collection information management.

The collection processing weight comparison screen, as shown in Figure 20, the collection date, the error range, the collection company, the part number for inquiring the collection process weight comparison after the collection, the portion for outputting the collection process weight comparison result, and the collection It has 'Excel' button to save the processing weight comparison result as an Excel file, and 'Output' button to output to the printer.

The collection processing weight comparison screen includes a vehicle number, collection weight (Kg), collection date, collection company, processing weight (Kg), processing date, processing company, and the like. The collection date is selected from a calendar screen popup window or can be directly input by the user, and the collection company and vehicle number are respectively selected through the combo box.

The collection weight comparison screen can be compared to the collection weight and processing weight, and can be searched by date, collector, and vehicle. The collection processing weight comparison screen outputs data exceeding the input error range. At this time, the error range can be legally managed by the collection weight and processing weight management by the administrator input and query.

Container Collection Screen

21 is an uncollected container inquiry screen of collection information management.

The non-collecting container inquiry screen, as shown in Figure 21, selecting the reference date, the collection company, the vehicle number to retrieve the uncollected container, the portion for outputting the uncollected container inquiry results, the uncollected container inquiry results It has an 'Excel' button to save the file as an Excel file, and an 'Output' button to output to a printer.

The reference date is selected from a calendar screen popup window or can be directly input by the user, and the collector and vehicle number are respectively selected through the combo box.

The non-collecting container inquiry screen outputs a collecting container that has not been collected after the collection period has elapsed based on the input date. In this case, the uncollected container inquiry screen includes a vehicle number, a container number, a collection date, an emitter (business), a collector, a collection cycle, a postal code, a detailed address, and the like. When the container number is clicked, a popup window indicating the container detail information is generated. In this case, the container detailed information includes a container number, a detailed address, a beach place, a location, an ejector, a collector, a treatment company, a cleaning cycle, a final cleaning date, and the like.

The uncollected container inquiry screen can be searched by the collecting company and the vehicle, and can minimize the occurrence of complaints due to uncollected.

Commission calculation screen by emitter

22 is a fee calculation screen for each discharger of fee calculation management.

As shown in FIG. 22, the fee calculation screen for each emitter is an Excel file for selecting and inquiring a query month and a collection area through a combo box, a part for outputting a fee calculation result for each emitter, and a fee calculation result for each emitter. It has an 'Excel' button to save to, and an 'Output' button to output to a printer. Here, the fee calculation inquiry screen for each emitter includes the discharger, the container number, the current month weight (Kg), the current month fee (won), the previous month weight (Kg), the previous month fee (won), etc., the inquiry month and collection area Is selected via a combo box.

The fee calculation screen for each emitter can query the monthly and collection area fees by each emitter (business), and can compare and output the fee and the previous month fee up to this month. When the discharger is clicked on the fee calculation screen for each discharger, a popup window indicating a monthly collection amount of the discharger and a change in fee is displayed.

Fee calculation screen by container

23 is a fee calculation screen for each container of fee calculation management.

The fee calculation screen for each container includes a portion for selecting and inquiring a period and a region search through a calendar screen pop-up window and a region search pop-up window as shown in FIG. 23, a portion for outputting a fee calculation result for each container, and a fee for each container. It has an 'Excel' button that saves the calculation results as an Excel file, and an 'Output' button that prints to the printer. Here, the fee calculation inquiry screen for each container includes a container number, an ejector, a container position, a weight (Kg), a fee (won), and the like.

In the fee calculation screen for each container, the fee for each container can be inquired. If the container number is clicked on the fee calculation inquiry screen for each container, a detailed information popup window of the corresponding container is output. At this time, the detailed information of the container includes a container number, a detailed address, a beach place, a location, a discharger (business), a collector, a processing company, a cleaning cycle, a final cleaning date and time.

In addition, the fee calculation screen for each container can be displayed by the fee output and period / region until the current date of this month.

Commission rate inquiry screen

24 is a commission rate inquiry screen of fee calculation management.

The fee rate inquiry screen, as shown in Figure 24, the period and type of business to select and look up through the calendar screen pop-up window and the combo box, the portion for outputting the fee rate inquiry results, the 'registration' button for registering the fee rate; A 'delete' button for deleting the fee rate, an 'Excel' button for storing the fee rate inquiry result as an Excel file, and an 'Output' button for outputting to a printer are provided. Here, the commission rate inquiry screen includes the type of business, unit weight (Kg), commission (won), start date, end date, etc.

In the commission rate inquiry screen, the commission rate for each industry can be registered, inquired, modified, or deleted, and the period of application of fees, unit weight, fees, etc. for each industry can be registered and modified. When the industry is clicked on the commission rate inquiry screen, a commission rate correction pop-up window of the industry is displayed. At this time, the fee rate correction pop-up window, period, type of business, code description, unit weight (Kg), fees (Won), other matters, the first registrant, change registrants to modify, delete 'edit' button, 'delete' button, ' 'Close' button is provided.

In addition, when the 'registration' button is clicked on the commission rate inquiry screen, a commission rate registration popup window is output. The fee rate registration pop-up window is provided with a 'registration' button and a 'close' button to register the period, type of business, code description, unit weight (Kg), fee (KRW), other matters, first-time registrant, and change registrant.

In this way, the commission rate inquiry screen can register, inquire, modify, delete the commission rate for each type of industry, the administrator fee rate can be registered, can be inquired by period / industry.

Container Tag Issuance Screen

25 is a container tag issuance screen of tag issuance management.

The container tag issuing screen, as shown in Figure 25, the discharger, the processing company, the collection company, the vehicle number, the container type, the collection cycle, the portion to select and display the area, the portion to output the container tag issuing inquiry results; It is provided with a 'tag issuance' button for issuing the container tag. Here, the discharger and the processing company are to be input by the administrator, the collection company, the vehicle number, the container type, the collection cycle is to be selected through a combo box, the collection area is selected through the local search pop-up window It is supposed to. The container tag issuance inquiry screen includes a container number, a discharger's name, a detailed address, a beach location, a collection vehicle, a collection company, a processing company, a collection cycle, and the like.

In order to issue a container tag on the container tag issuing screen, the tag issuer (510 of FIG. 5) must be connected to the manager PC 505. The manager PC 505 selects an ejector, a processor, a collector, a vehicle number, a container type, a collection cycle, and a collection area while the tag issuer 510 is connected, and then clicks a 'search' button to collect the registered items. The container 10 is inquired and the container tag issuance inquiry screen is output. After checking the container number to issue a tag on the container tag issuing inquiry screen and clicking the 'tag issuing' button, the tag issuer 510 recognizes a tag to be issued and issues a tag according to the guide message. At this time, the guide message includes "post the tag", "tag encoding complete", "please remove the tag" and the like.

Vehicle Tag Issuance Screen

26 is a vehicle tag issuance screen of tag issuance management.

The vehicle tag issuing screen is a part for selecting and inquiring a registered collector through a combo box as shown in FIG. 26, a part for outputting the vehicle tag issuing inquiry result, and a 'tag issuing' button for issuing the vehicle tag. Equipped with. The vehicle tag issuance inquiry screen includes a vehicle number, a collector, a vehicle driver, a vehicle state, a tolerance weight (Kg), a maximum weight (Kg), and the like.

In order to issue a vehicle tag on the vehicle tag issuing screen, the tag issuer (510 of FIG. 5) must be connected to the manager PC 505. The manager PC 505 selects a collection company while the tag issuer 510 is connected, and then clicks a 'search' button to query a vehicle registered with the collection company. After checking the vehicle number to issue the vehicle tag on the vehicle inquiry screen registered to the collector, and clicking the 'tag issue' button, the tag issuer 510 recognizes the tag to be issued and the vehicle tag according to the guide message. Issue. At this time, the guide message includes "post the tag", "tag encoding complete", "please remove the tag" and the like.

Regional / Period Collection Screen

27 is a collection amount screen for each region / period of statistical information.

As shown in FIG. 27, the area / period collection amount screen is a section for selecting and inquiring a period and a collection area, a part for outputting the region / period collection amount inquiry result, and storing the region / period collection amount inquiry result as an Excel file. It has an 'Excel' button and an 'Output' button for printing to a printer. Here, the period is selected through a calendar screen popup window, the collection area is selected from collection areas registered through a combo box, and the collection amount inquiry screen by region / period includes collection area, collection amount (Kg), and the like. .

The area / period collection amount screen outputs the area / period collection amount and outputs the city / district / dong collection amount. At this time, it is possible to search by regional unit in the local search window, and displays the total collection amount by the searched region.

Collector / Vehicle Collection Screen

28 is a collection amount screen for each collector / vehicle of the statistical information.

The collector / vehicle collection amount screen may include a portion for selecting and inquiring a period, a collector, and a vehicle number as shown in FIG. 28, a portion for outputting a collection amount inquiry result for the period / collection / vehicle, and the period / collection It is equipped with 'Excel' button to save the collection result inquiry by company / vehicle as an Excel file, and 'Print' button to output to the printer. Here, the period is selected through a calendar screen pop-up window, and the collector and vehicle number are selected from among collectors and vehicle numbers registered through the combo box, respectively, and the collector is displayed on the collection amount inquiry screen by period / collector / vehicle. , Vehicle number, collection amount (Kg), and the like.

The collector / vehicle collection amount screen can be confirmed by outputting the total collection amount for the set period for each collector and vehicle according to the period / collection company / vehicle collection amount inquiry.

Container Collection Screen

29 is a collection amount screen for each container of statistical information.

As shown in FIG. 29, the collection amount screen for each container includes a section for selecting and inquiring a period and a collection area, a portion for outputting a collection amount inquiry result for each container, and an 'Excel' for storing the collection amount inquiry result for each container as an Excel file. It has a button and an 'output' button for output to a printer. Here, the period is selected through a calendar screen popup window, and the collection area is selected through a local search popup window. The collection amount inquiry screen for each container includes a container number, an emitter, a container address, a container location, and a collection amount (Kg).

When the collection amount for each container screen is inquired for the collection amount for each period, the collection amount for each container can be displayed during the inquiry period, and the collection amount for each collection area can be output.

When the container number is clicked on the collection amount screen for each container, a container detail information popup window is output. In this case, the container detail information pop-up window includes a container number, a detailed address, a beach place, a location, an ejector, a collection company, a processing company, a cleaning cycle, and a final cleaning date.

Emissions reduction screen

30 is an emission reduction rate screen of statistical information.

As shown in FIG. 30, the emission reduction rate screen may be selected to display a target month, a reference month, and a collection area, a portion for outputting the emission reduction rate inquiry result, and an incentive target according to the ranking of the discharger having the highest emission reduction rate. It is provided with an 'incentive subject selection' button for selecting, an 'Excel' button for storing the emission reduction rate inquiry result as an Excel file, and an 'Output' button for outputting to a printer. Here, the target month and the reference month are selected through a combo box, and the collection area is selected through a local search popup window. The emission reduction rate inquiry screen includes an emitter, a previous month's emissions, a previous month's emissions, an emission reduction rate (%), and the like.

The emission reduction rate screen may query the target month emission reduction rate compared to the base month (previous month vs. previous month). In addition, the emission reduction rate screen may be selected as an incentive target for an emitter (business) having a high reduction rate. In this case, the manager may select an incentive target by checking the discharger with a high reduction rate in the emission reduction rate inquiry screen. The incentive can be promoted to reduce the food waste waste by posting the commission discounts and local governments or city hall homepage.

Ejector Management Screen

31 is an ejector management screen of company management.

The ejector management screen, as shown in Figure 31, select the region, business type, company name to search the registered ejector, the portion to output the registered ejector inquiry results, the 'register' button to register the ejector, It is provided with an 'Excel' button for storing the ejector inquiry result as an Excel file, and an 'Output' button for outputting to a printer. Here, the area is selected through a local search popup window, the industry is selected from among registered businesses in a combo box, and the company name is selected through a company name search popup window. The emitter inquiry screen includes an emitter name, a business registration number, a business type, a company status (normal, suspension of business, etc.), a postal code, a detailed address, and the like.

The discharger management screen can register a new discharger (business), and can look up, modify, delete, etc. detailed discharger, it is possible to query by company name by region / industry.

The discharger's registration is outputted when the discharger / company registration pop-up window is clicked on the 'registration' button on the discharger management screen. At this time, the ejector / company registration pop-up window, the company name, company identifier, business registration number, business type, business status, company status, address, uniqueness, company management personnel, first-time registrant, change registrant, 'registration' button, 'close' button, etc. It includes. After entering the relevant information in the ejector / company registration pop-up window, click the 'register' button to complete the new ejector registration. Here, the company identifier is automatically given at the time of the discharger / company registration.

To modify and delete the registered ejector, when the ejector name is clicked on the ejector inquiry screen, an ejector / company correction popup window is output. At this time, the ejector / company modification pop-up window, the company name, company identifier, business registration number, business type, business status, company status, address, uniqueness, company management personnel, first-time registrant, change registrant, 'edit' button, 'delete' button, It includes a close button and so on. After entering the contents to be modified in the ejector / company modification popup window, clicking the 'edit' button modifies the registered ejector information, and clicking the 'delete' button deletes the ejector selected in the ejector inquiry screen.

Collector Management Screen

32 is a collection company management screen of the company management.

The collecting company management screen, as shown in Figure 32, select the region, the name of the company to search the registered collectors, the part to output the registered collectors search results, and the 'register' button to register the collectors And an 'Excel' button for storing the collecting company inquiry result as an Excel file, and an 'Output' button for outputting to a printer. Here, the area is selected through a local search popup window, and the company name is selected through a business name search popup window. The collection company inquiry screen includes a collection company name, a business registration number, a business type, a company status (normal, suspension of business, etc.), a postal code, a detailed address, and the like.

The collecting company management screen can register a new collecting company (business), and detailed search, modification, deletion, etc. of the discharger, it is possible to query by company name by region / industry.

Registration of the collector is clicked on the 'register' button on the collector management screen, the ejector / company registration pop-up window is output. At this time, the ejector / company registration pop-up window, the company name, company identifier, business registration number, business type, business status, company status, address, uniqueness, company management personnel, first-time registrant, change registrant, 'registration' button, 'close' button, etc. It includes. Enter the collector's registration information in the discharger / company registration pop-up window and click the 'Register' button to complete the registration of the collector. Here, the company identifier is automatically given at the time of the discharger / company registration.

To modify or delete the registered collector, click the name of the collector on the collector inquiry screen. At this time, the ejector / company modification pop-up window, the company name, company identifier, business registration number, business type, business status, company status, address, uniqueness, company management personnel, first-time registrant, change registrant, 'edit' button, 'delete' button, It includes a close button and so on. After entering the contents to be edited in the ejector / company modification popup window and clicking the 'edit' button, the information of the registered collector is modified, and when the 'delete' button is clicked, the collector selected on the collector's inquiry screen is displayed. It is deleted.

Processor Management Screen

33 is a process company management screen of company management.

As shown in FIG. 33, the processor management screen may include a part for searching a registered collector by selecting a region and a company name, a part for outputting the registered processor search result, and a 'register' button for registering the processor. And an 'Excel' button for storing the processing company inquiry result as an Excel file, and an “Output” button for outputting to a printer. Here, the area is selected through a local search popup window, and the company name is selected through a business name search popup window. The processing company inquiry screen includes a processing company name, a business registration number, a business type, a company status (normal, suspension of business, etc.), a postal code, a detailed address, and the like.

The processing company management screen can register a new processing company (business), can perform detailed query, modification, deletion, etc. of the processing company, and can be inquired by the company name.

The new processing company registration pops up a discharger / company registration pop-up window when the 'register' button is clicked on the processing company inquiry screen. At this time, the ejector / company registration pop-up window, the company name, company identifier, business registration number, business type, business status, company status, address, uniqueness, company management personnel, first-time registrant, change registrant, 'registration' button, 'close' button, etc. It includes. After entering the relevant information in the ejector / company registration pop-up window, click the 'register' button to complete the registration of the processing company. Here, the company identifier is automatically given when registering the processing company.

The registered processor modifications are outputted to the distributor / company modification popup window when the processor name is clicked on the processor inquiry screen. At this time, the ejector / company modification pop-up window, the company name, company identifier, business registration number, business type, business status, company status, address, uniqueness, company management personnel, first-time registrant, change registrant, 'edit' button, 'delete' button, It includes a close button and so on. After entering the contents to be modified in the ejector / company modification popup window and clicking the 'edit' button, the information of the registered processor is modified, and when the 'delete' button is clicked, the processor selected in the processor inquiry screen is displayed. It is deleted.

Collection Container Management Screen

34 is a collection container management screen of the equipment management.

The collection container management screen, as shown in Figure 34, the discharger, the processing company, the collection company, vehicle number, container type, the collection cycle, the part to search by selecting the collection area, the inquiry result of the collection container registered according to the inquiry conditions And a 'register' button for registering the collection container, a 'delete' button for deleting the registered collection container, an 'excel' button for storing the inquiry result as an Excel file, and a printer. It has a 'output' button to output. Here, the discharger and the processing company are to be input by the administrator, the collection company, the vehicle number, the container type, the collection cycle is to be selected through a combo box, the collection area is selected through the local search pop-up window It is supposed to. The collection container inquiry screen includes a container number, an emitter name, a detailed address, a beach place, a collection vehicle, a collection company, a processing company, a collection cycle, and the like.

In the collection container management screen, the collection container can be registered, and detailed search, modification, and deletion of the collection container can be performed. In the collection container management screen, it is possible to inquire the collection container registered by the discharger and the processing company name, and also the collection container can be inquired by the collection company, vehicle, container type, collection cycle, and region (search according to the necessary search condition). function).

When the collection container is registered, the container detail information pop-up window is output when the 'register' button is clicked on the collection container management screen. Here, the container detail information pop-up window, container number, discharger, detailed address, beach place, location, collector, processing company, cleaning cycle, the last cleaning date, container type, container weight (Kg), vehicle number, collection order, collection It includes a cycle, initial registrant, change registrant, 'register button' and 'close' button. After inputting the relevant information in the container detail information pop-up window and clicking the 'registration' button, the collection container registration is completed.

The container details information pop-up window is outputted when the container number is clicked on the collection container inquiry screen. At this time, the container detail information pop-up window, container number, discharger, detailed address, beach place, location, collector, processing company, cleaning cycle, the last cleaning date, container type, container weight (Kg), vehicle number, collection order, collection It includes the period, first-time registrant, change registrant, 'edit' button, 'delete' button, 'close' button and so on. After inputting the contents to be edited in the container detail information pop-up window and clicking the 'edit' button, the information of the registered container is modified, and when the 'delete' button is clicked, the container selected on the container container inquiry screen is deleted. do.

Fleet management screen

35 is a vehicle management screen of equipment management.

As shown in FIG. 35, the vehicle management screen includes a part for selecting and inquiring a collector through a combo box, a part for outputting an inquiry result of a vehicle registered according to the inquiry condition, and a 'register' button for registering the vehicle. And an 'delete' button for deleting the registered vehicle, an 'excel' button for storing the inquiry result as an Excel file, and an 'output' button for outputting to a printer. The vehicle inquiry screen includes a vehicle number, a collecting company, a vehicle driver, a vehicle state, a tolerance weight, a maximum weight, and the like.

The vehicle management screen is provided with a function for registering a new vehicle, and can perform detailed vehicle inquiry, modification, deletion, etc., and vehicle inquiry for each collector.

In the method of registering the vehicle, when the user clicks the 'register' button on the vehicle management screen, a detailed vehicle management information popup window is output. Here, the vehicle management pop-up window includes a vehicle number, collector, scale identifier, terminal identifier, vehicle status, tolerance weight, maximum weight, vehicle driver, vehicle manager, first registrant, change registrant, 'registration button,' close 'button, etc. It includes. After inputting the relevant information in the detailed vehicle management information pop-up window and clicking the 'register' button, registration of the new vehicle is completed.

For the modification and deletion of the registered vehicle, when the vehicle number is clicked on the vehicle inquiry screen, a vehicle management detailed registration popup window is output. At this time, the vehicle management detailed registration pop-up window, vehicle number, collector, scale identifier, terminal identifier, vehicle status, tolerance weight, maximum weight, vehicle driver, vehicle manager, first registrant, change registrant, 'edit' button, 'delete' It includes a button, a close button, and so on. If the user clicks the 'Modify' button after inputting the contents to be modified in the detailed vehicle management registration pop-up window, the information of the registered vehicle is modified, and if the 'Delete' button is clicked, the vehicle selected on the vehicle inquiry screen is deleted.

RFID Management Screen

36 is an RFID management screen of equipment management.

The RFID management screen, as shown in Figure 36, the 'registration' button for registering the RFID of the collection container, the 'delete' button for deleting the registered RFID, 'Excel' button for storing the inquiry result in an Excel file, It has an 'output' button to output to the printer, and an RFID registration screen for outputting the status of the registered RFID. The RFID registration screen includes a container number, an emitter name, a detailed address, a beach place, a collection vehicle, a collection company, a processing company, a collection cycle, and the like.

The RFID management screen has an RFID registration function and an RFID detailed inquiry, correction, and deletion function.

In the method of registering the RFID, when the 'register' button is clicked on the RFID management screen, a container detail information popup window is output. Here, the container detail information pop-up window, container number, discharger, detailed address, beach place, location, collector, processing company, cleaning cycle, the last cleaning date, container type, container weight, vehicle number, collection order, collection cycle, the first It includes registrant, change registrant, 'register' button and 'close' button. After entering the relevant information in the container detail information pop-up window, click the 'Register' button to register a new RFID.

To modify and delete the registered RFID, when the vehicle number is clicked on the RFID registration screen, a container detail information popup window is output. At this time, the container detail information pop-up window, container number, discharger, detailed address, beach place, location, collector, processing company, cleaning cycle, the last cleaning date, container type, container weight (Kg), vehicle number, collection order, collection It includes the period, first-time registrant, change registrant, 'edit' button, 'delete' button, 'close' button and so on. After entering the contents to be modified in the container detail information pop-up window and clicking the 'modify' button, the information of the registered RFID is modified, and when the 'delete' button is clicked, the RFID selected on the RFID registration screen is deleted.

User Management Screen

37 is a user management screen of operation management.

As shown in FIG. 37, the user management screen includes a 'register' button for registering a user, a 'delete' button for deleting a registered user, an 'excel' button for storing the search result as an Excel file, and an output to a printer. And a user registration screen for outputting the current status of registered users. The user registration screen includes an ID, a company name, a name, an e-mail, a user classification, a registration date, and the like.

The user management screen includes a user registration function, a detailed user inquiry, modification, and deletion function, and user registration, modification, and deletion are possible only with an ID of an administrator. In this case, the user registration function grants a user right (administrator, discharger, collector, processing company) when registering a new user, and outputs a screen that can be viewed when logging in with the corresponding ID according to the authority granted. In the user modification function, user rights can also be modified.

In the method of registering the user, a user management registration popup window is output when the user clicks the 'register' button on the user management screen. Here, the user management registration pop-up window in the user ID, password, user classification, user name, department name, company name, social security number, date of birth, contact, age, address, email (E-mail), etc. 'Register' button and 'Close' button Equipped. After entering the relevant information in the user management registration pop-up window and clicking the 'register' button, a new user is registered.

When the user clicks the ID on the user registration screen, the user management detailed information popup window is displayed. In this case, the user management detailed information pop-up window includes a user ID, password, user classification, user name, department name, company name, social security number, date of birth, contact, age, address, e-mail, etc. It has a button and a 'close' button. If the user clicks the 'Modify' button after inputting the contents to be modified in the user management detail information pop-up window, the information of the registered user is modified, and if the 'Delete' button is clicked, the user selected in the user registration screen is deleted.

Code Management Screen

38 is a code management screen of operation management.

The code management screen, as shown in Figure 38, the 'register' button to register the code, the 'delete' button to delete the registered code, the 'Excel' button to save the search results in an Excel file, and output to the printer And a code registration screen for outputting a status of registered code. The code registration screen includes a code type, code name, code, code description, registration date, and the like.

The code management screen is provided with a code registration function and code detail inquiry, modification and deletion functions. At this time, only the new code according to the code type can be registered while the use code type is determined. Code types and codes cannot be modified. If you want to modify the code type or code, you have to delete the registered code and register a new one.

In the method of registering the code, when the 'register' button is clicked on the code management screen, a code detail information popup window is output. Here, the code details information pop-up window is provided with a code type, code, code name, code description, first registrant, change registrant and the like. After entering the relevant information in the code detail information pop-up window and clicking the 'register' button, a new code is registered.

To modify or delete the registered code, when the code type is clicked on the code registration screen, a code detail registration popup window is output. At this time, the code details registration pop-up window is provided with a code type, code, code name, code description, the first registrant, the change registrant, and the 'edit' button, 'delete' button and 'close' button. After entering the contents to be modified in the code registration pop-up window and clicking the 'modify' button, the information of the registered code is modified, and when the 'delete' button is clicked, the code selected in the code registration screen is deleted.

As such, the RFID-based food waste management method of the present invention and a recording medium storing the computer program for the method, the food waste collection situation, the collection container and uncollected container information, collection vehicle / collector / processor information, collection Collection vehicle information by company, collection information by period / region, current collection status, collection volume by container, collector and carrier information, collection period by period / collection area, collection history by collection company / collection vehicle / collection area, collection details by collection period, collection period / collection company Collection / treatment weight by collection vehicle, discharger information by region / industry, monthly collection amount and fee of discharger, discharge fee charged by discharger (business) by discharge weight, commission by collection container, commission rate by industry, collection rate change by region / distributor, establishment Calculate and statistics data information including emission reduction rate and incentive target company by each, and view and output the results Number by making, it is possible to resolve the technical problem of the present invention.

It will be apparent to those skilled in the art that various modifications and changes can be made in the present invention without departing from the spirit or scope of the present invention as defined by the appended claims. It will be appreciated that such modifications and variations are intended to fall within the scope of the following claims.

The present invention has been described using a method for processing and managing RFID-based food waste as an example, but is not limited to this system, regardless of the type of network, such as GSM network, CDMA network, WCDMA network and WiBro network, processing and managing food waste And the method, and may be applied to a system for treating and managing not only food waste but also all garbage or rehabilitation items.

1 is a block diagram of an RFID-based food waste management system according to a first embodiment of the present invention

2 is a schematic view showing a collection vehicle system of the collection vehicle shown in FIG.

3A to 3D are exemplary views each showing an application example of the weighing system of the collection vehicle shown in FIG.

Figure 4 is a state of mounting the electronic balance of the collection vehicle (a), the appearance of measuring the weight of the food waste in the collection container (b), the weight of the food waste in the collection container throwing the weight of the container (c) Photo showing

Figure 5 is a block diagram of a RFID-based food waste management system according to a second embodiment of the present invention

Figure 6 is a schematic diagram showing an example of the collection vehicle system of the collection vehicle of the present invention

7 is a side cross-sectional view showing a loading device of the collection vehicle shown in FIG.

8 is a block diagram showing a program of the operation server shown in FIG.

9 is a block diagram of the RFID-based food waste management homepage of the web server shown in FIG.

10a and 10b is an operation flowchart for the RFID-based food waste management method according to a preferred embodiment of the present invention

11 to 38 show a program screen for the RFID-based food waste management method according to an embodiment of the present invention,

11 is a screen showing the system work order in the collection vehicle, collector, processing company,

12 is a screen showing a system task sequence in the manager system,

13A and 13B are program screens of the collection vehicle system,

14A and 14B are program screens of a processor company system,

15A and 15B are program screens of the collector company system.

16 to 38 are program screens of a manager system,

16 is a login screen,

17 is a main screen,

18 is a today collection status inquiry screen of collection information management,

19 is a collection history inquiry screen of collection information management,

20 is a collection processing weight comparison screen of collection information management,

21 is a collection container inquiry screen of the collection information management,

22 is a fee calculation screen for each discharger of fee calculation management;

23 is a fee calculation screen for each container of fee calculation management,

24 is a fee rate inquiry screen of fee calculation management;

25 is a container tag issuance screen of tag issuance management,

26 is a vehicle tag issuance screen of tag issuance management,

27 is a collection amount screen for each region / period of statistical information;

28 is a collection amount screen by collector / vehicle of the statistical information,

29 is a collection amount screen for each container of statistical information;

30 is a rate reduction rate screen of statistical information,

31 is an ejector management screen of the company management,

32 is a collector management screen of the company management;

33 is a processor management screen of a company management;

34 is a collection container management screen of the equipment management,

35 is a vehicle management screen of equipment management,

36 is a RFID management screen of equipment management,

37 is a user management screen of the operation management,

38 is a code management screen of operation management.

[Description of Code for Major Parts of Drawing]

10: collection container 11: Tag

20: Collector 30: Processor

100: collection vehicle 110: collection vehicle system

120: loading box 130: loading device

131: lifter frame 132: collection hanger bracket

133: collection container hanger 134: electronic balance

135: roller 136: support roller

137: lift roller guide 140: indicator

141: LCD screen 142: button

150: transceiver terminal 151: PDA

152: UMPC 153: printer wired and wireless communication

154: USB memory 155: wireless terminal

200: Collector System

201: transceiver or PDA 202: collector PC

300: processor system 301: RFID reader

302: weighbridge 303: processor PC

400: User PC 500: Manager System

501 web server 502 operation server

503: DB server 504: backup server

505: Manager PC 506: Contact PC

507: database 508: router

509: firewall 510: tag issuer

601: collection information management program 602: fee calculation management program

603: tag issuance management program 604: statistical information program

605: company management program 606: equipment management program

700: Food waste management website 701: Collection information management

702: Fee calculation management 703: Tag issue management

704: Statistical Information 705: Company Management

706: Equipment Management 707: Operations Management

Claims (33)

In the RFID-based food waste management method, (a) issuing and attaching a tag to be attached to the food waste collection container (collection container) and the collection vehicle in the management system; (b) Receiving tag information of the collection container when collecting the collection container in the collection vehicle and automatically weighing the weight of food wastes loaded in the collection container to transmit and receive in real time to a transmitting and receiving terminal installed in the driver's seat of the collection vehicle. Outputting, storing and collecting the collection information including the tag and weight of the collection container, the collection date and time, the vehicle tag of the collection vehicle, and transmitting the stored collection information to a collection company system or to a manager system in real time. Wow; (c) real-time output and storage of collection information received from the collection vehicle in the collection company system, checking collection information today and transmitting the collection information to the manager system in real time; (d) When the collected vehicle is on the weighing platform of the processing company, the processing company system recognizes the vehicle tag of the collecting vehicle, adds up the processing weight of the food waste, and processes the vehicle including the vehicle tag, processing weight, and processing date and time of the collecting vehicle. Transmitting and storing information in real time to the manager system and confirming processing information today; (e) collection status, collection container and uncollected container information, collection vehicle based on the collection information received from the collection and reception system of the collection company system or the collection vehicle and processing information received from the processing company system in the manager system; Collector and processor information, collection vehicle information by collector, period and region collection information, today collection status, collection volume by container, discharger and carrier information, collection period by period and collection region, collection history by collector and collection vehicle and collection region , Details of collection, collection and processing weight by period and collector and collection vehicle, information on discharger by region and industry, monthly collection amount and fee of discharger, charges by discharger (business) by discharge weight, commission by collection container, commission rate by industry, region Information on trends in collection volume by individual and emitters, emission reduction rate by business and selection of incentives The step of estimating the statistics and information, including data; And (f) posting, operating and managing the results of the calculation and statistics in the food waste management system in the manager system; The main screen of the food waste management system includes: Equipped with collection information management, fee calculation management, tag issuance management, statistical information, company management, equipment management, operation management menu tab (TAB), RFID-based food waste management method characterized in that the collection of the monthly and regional trends, the current collection status by region, today uncollected containers, and the best emission reduction rate on the main screen. The transmitting / receiving terminal of claim 1, further comprising: The tag information of the collection container, the weight of the food waste of the collection container, the total weight of the food waste of the collection vehicle collected, the total number of the collection container on the screen, and outputs and stores the collection information stored in the collection company RFID-based food waste management method characterized in that the food waste management system application for transmitting to the system or the real-time transmission to the manager system. The method of claim 2, The transmitting and receiving terminal is a RFID-based food waste management method, characterized in that one of the terminal capable of wired or wireless communication, including a PDA, UMPC, printer wired and wireless communication, USB memory, wireless terminal. The system of claim 1 wherein the processor system is: When the collection vehicle loaded with the food waste is loaded onto the weighbridge, the total weight and tag information of the collection vehicle are output and stored on the screen, and when the collection vehicle unloading the food waste is loaded onto the weighbridge, the tolerance weight and tag information are displayed. Is output and stored on the screen, the food waste management method of RFID-based food waste management system, characterized in that installed the food waste management system application that the processed weight of the food waste is subtracted from the total weight. The system of claim 1, wherein the collector system is: When the PDA communicating with the transmitting / receiving terminal of the collecting vehicle is connected to the collecting company PC, a message indicating the PDA connection is displayed on the screen, and the collection data file of the PDA is copied to the collecting company PC, and the vehicle number and container number are displayed on the screen. Collection information including weight, collection date and time is output, and after checking the water information, click the collection history transmission button, the collection information is sent to the manager system, and install the food waste management system application to output a guide message after the transmission is completed RFID-based food waste management method characterized in that. delete The method of claim 1, The current collection status for each region includes the collection status including the number of containers subject to collection, the number of containers collected, the number of uncollected containers, collection weight (Kg), processing weight (Kg), and collection rate (%) when the map of the region is clicked. RFID based food waste management method, characterized in that the output to check the current collection status by region. The method of claim 1, The identification of the uncollected container for the present day is RFID-based food waste management method characterized in that it outputs a list of uncollected containers today, including the number of uncollected, the number of objects to be collected, the vehicle number, the last collection date, the discharger, the collection company information. The method of claim 1, The best emission reduction rate includes an industry type, emitter (industry), previous month emissions, previous month emissions, emissions reduction rate (%), and the RFID-based, characterized in that output the emitter (industry) with the maximum reduction rate compared to the previous month by industry type How to manage food waste. The method of claim 1, wherein the collection information management menu tab is: If you select one or more of the collection company, vehicle number, and collection area for inquiry, the collection status inquiry menu is displayed that displays the collection and uncollected status of each collection company, vehicle number, and vehicle number in the selected area. RFID-based food waste management method, characterized in that. The method of claim 10, wherein the graphical configuration is: When the mouse is placed on the collection container displayed on the route of the vehicle number, information including the container number, collection weight, collection cycle, detailed address, beach location, discharger's name, carrier's name, and processor's name of the container is displayed in a popup window. RFID-based food waste management method, characterized in that. The method of claim 1, wherein the collection information management menu tab is: If you select one or more of collection date, collection area, collection company, vehicle number, and collection area, you can search by container number, discharger, detailed address, weight (Kg), collection date, processing date, vehicle number, collection company, processing The collection history inquiry result including the company is displayed on the screen, and when the container number is clicked on the collection history inquiry result screen, the container number, detailed address, beach location, location, discharger (business), collector, processing RFID-based, characterized in that it includes a collection history inquiry menu that displays the detailed information including the company, and collection information including the collection vehicle, collection weight, collection date and time, collection company, work PDA, processing date and time, the processing company in a pop-up window How to manage food waste. The method of claim 1, wherein the collection information management menu tab is: If you select one or more of the collection date, error range (Kg), collection company, vehicle number and look up the collection processing weight comparison, vehicle number, collection weight (Kg), collection date, collector, RFID-based food waste management method, characterized in that it comprises a collection weight comparison menu for outputting the display results of the treatment weight comparison query, including the processing weight (Kg), processing date, processing company. The method of claim 1, wherein the collection information management menu tab is: If you select one or more of the standard date, collector, and vehicle number and query the uncollected container, the uncollected container search menu outputs the uncollected container after the collection period has elapsed based on the reference date. RFID-based food waste management method, characterized in that. The method of claim 14, The inquiry screen of the uncollected container includes a vehicle number, container number, collection date, discharger (business), collector, collection cycle, zip code, detailed address, Clicking on the container number RFID-based food logistics, characterized in that the pop-up window showing the container details including the container number, detailed address, beach location, location, discharger, collector, processing company, cleaning cycle, the last cleaning date is output Waste management method. The method of claim 1, wherein the fee calculation management menu tab is: If you select one or more of the inquiry month and collection area and inquire, it displays the commission, the previous month's fee, the current month's weight and the previous month's weight, and the container number. When the discharger is clicked in the RFID-based food waste management method, characterized in that it comprises a menu for calculating the discharge fee for each discharger, the discharge amount of the discharge, fee change information is output in a pop-up window. The method of claim 1, wherein the fee calculation management menu tab is: When one or more of the period and region is selected and inquired, the container number, discharger, container position, weight (Kg), fee (KRW) of the collection container corresponding to the period and region is output for each container, and the container number If you click on the container number, detailed address, beach location, location, discharger (business), collector, processing company, cleaning cycle, including the container detail information pop-up window including the last cleaning date, characterized in that it includes a fee calculation menu for each container RFID based food waste management method. The method of claim 1, wherein the fee calculation management menu tab is: If you select one or more of the period and type of business, the commission rate inquiry screen including the type of business, unit weight (Kg), fee (KRW), start date of fee application, end date of fee application, etc. is displayed. And, if the industry is clicked on the commission rate inquiry screen, a commission rate correction pop-up window for outputting a fee rate can be modified and deleted, and a fee rate inquiry menu for providing a 'Registration' button for outputting a fee rate registration pop-up window for registering the fee rate is included. RFID-based food waste management method characterized in that. The method of claim 1, wherein the tag issuance management menu tab is: If you select one or more of the discharger, processor, collector, vehicle number, container type, collection cycle, and collection area for inquiry, the registered container information is output, and the container number to issue a tag from the container information. After selecting the 'Issue tag' button, RFID tag food waste management method comprising a tag tag issuance menu for recognizing the tag issuing the tag issuing the tag. The method of claim 1, wherein the tag issuance management menu tab is: When selecting and inquiring the collection company, the vehicle information of the registered collection company is output, and after selecting the vehicle number to issue the vehicle tag from the vehicle information, and clicking the 'Issue tag' button, the tag issuer recognizes the tag and displays the tag. RFID-based food waste management method comprising the issue of a vehicle tag issuing menu. The method of claim 1, wherein the statistical information menu tab is: When selecting and querying one or more of the period, the collection area, the RFID-based food waste management method comprising a menu for collecting the area and the collection period for the relevant matter and the collection amount. The method of claim 1, wherein the statistical information menu tab is: When selecting and querying one or more of a period, a collection company, and a vehicle number, RFID-based food logistics comprising a collection company for each relevant matter, a vehicle number, a collection amount (Kg), and a collection amount for each vehicle Waste management method. The method of claim 1, wherein the statistical information menu tab is: When selecting and querying one or more of the period and collection area, RFID-based food waste, characterized in that it includes a collection amount menu for each container to output the corresponding container number, discharger, container address, container location, collection amount (Kg) How to manage. The method of claim 1, wherein the statistical information menu tab is: If one or more of the target month and collection area is selected and inquired, the 'incentive subject' selects incentive subjects according to the rank of the emitter, the previous month's emissions, the previous month's emissions, the emission reduction rate (%), and the emission reduction rate is high. RFID based food waste management method characterized in that it comprises an emission reduction rate menu that provides a selection button. The method of claim 1, wherein the statistical information menu tab is: Select one or more of the region, type of business, and company name to search for registered emitters (businesses), register new emitters through the emitter and company registration pop-up window, and click the name of the emitter on the emitter inquiry screen to check the details of the emitters. RFID-based food waste management method, characterized in that it comprises an ejector management menu that outputs the ejector and the company modification pop-up window that can modify and delete the contents. The method of claim 1, wherein the company management menu tab is: Select one or more of the region and company name to search registered collectors, register new collectors through the ejector and company registration pop-up window, click the collector name on the collector screen to check the details of the collectors. RFID-based food waste management method, characterized in that it comprises a collector management menu that outputs the ejector and company modification pop-up window that can modify and delete the contents. The method of claim 1, wherein the company management menu tab is: Select one or more of the region and company name to search for registered processors, register new processors through the Distributor and Business Registration pop-up window, click the name of the processor on the processor inquiry screen, and check the details of the processor. RFID-based food waste management method characterized in that it comprises a processor management menu that outputs the ejector and company modification pop-up window that can modify and delete the contents. The device management menu tab of claim 1, wherein: Select one or more of discharger, processor, collector, vehicle number, container type, collection cycle, and collection area to search registered container, register container through popup window for container details, container number, discharge If you click on the container number on the container container inquiry screen including name, detailed address, beach location, collection vehicle, collector, processor, and collection cycle, detailed container information pop-up window for checking the details of the container and modifying and deleting the container RFID-based food waste management method comprising the output container management menu is outputted. The device management menu tab of claim 1, wherein: Select the collector to search the registered vehicle information, register the new vehicle through the vehicle management details pop-up window, and the vehicle inquiry screen including the vehicle number, collector, vehicle driver, vehicle status, tolerance weight, maximum weight RFID-based food waste management method characterized in that it comprises a vehicle management menu that outputs a vehicle management detailed registration pop-up window that can check the detailed information of the vehicle, modify and delete the details when the vehicle number is clicked. The device management menu tab of claim 1, wherein: Output RFID device registration inquiry screen including container number, discharger name, detailed address, beach location, collection vehicle, collector, processing company, collection cycle, register new RFID device through container detail information pop-up window, When the container number is clicked on the registration inquiry screen, RFID-based food waste management method comprising an RFID device management menu that outputs a detailed container information pop-up window for checking the detailed information of the RFID device and modifying and deleting the contents. The method of claim 1, wherein the operation management menu tab is: Print the user registration inquiry screen including ID, company name, name, email, user classification, and registration date, register a new user through the user management registration pop-up window, and click the ID on the user registration inquiry screen to display detailed user registration information. RFID-based food waste management method comprising a user management menu that outputs a user management detailed information pop-up window for checking and modifying and deleting contents. The method of claim 1, wherein the operation management menu tab is: Outputs a code registration inquiry screen including code type, code name, code, code description and registration date, registers a new code through the code details pop-up window, and clicks the code type in the code registration inquiry screen. RFID-based food waste management method comprising a code management menu that outputs a code detail information pop-up window to check and delete the registered code or to modify the rest of the code except the code type. Claims 1, 2, 3, 4, 5, 7, 8, 9, 10, 11, 12, 13, 14 Claims 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 32. A recording medium storing a computer program for the method according to any one of claims 27, 28, 29, 30, 31 or 32.

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