KR20060041658A - Waste collection system for calculating costs and estimating discharge amount and method thereof - Google Patents

Abstract

The present invention relates to a waste collection system and method for real-time cost accounting and emission identification according to the weight of the waste discharged, the method comprising: measuring the weight of the waste discharged in a predetermined container; Generating constant output information and calculating a cost corresponding to the measured weight of garbage; Transmitting the information on the weight of the garbage settled online to the administration office management server and the host computer of the collection carrier; And collecting the garbage collected at a predetermined collection location, wherein the predetermined output information is a barcode or load cell input / output information and other information transmission media that can be transmitted / received online. Provide any form of waste collection that can be in any form, including card and fingerprint identification.

Electronic scale system, bar code, load cell, integrated card, garbage collection system

Description

Waste Collection System for Calculating Costs and Estimating Discharge Amount and Method             

1 is a block diagram of a garbage collection system according to a first embodiment of the present invention.

2 is a block diagram showing the configuration of the electronic balance system shown in FIG.

3 is a flowchart illustrating a garbage collection method according to the first embodiment of the present invention.

Figure 4 is a flow chart for explaining the food waste collection method according to a second embodiment of the present invention.

5 is a flowchart illustrating a garbage collection method using a waste collection container to which a load cell according to a third embodiment of the present invention is applied.

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

10: barcode reader 50: garbage dedicated integration card

100: garbage collection vehicle 150: garbage collection place

200: electronic scale system 300: management server

330, 350: host computer

210: user interface unit 220: weight measurement unit

230: barcode generation unit 240: integrated card reader unit

250: barcode output unit 260: controller

270: communication unit 271: memory unit

272: cost accounting government

The present invention relates to a waste collection system and method, and more particularly, to a waste collection system and method using an electronic balance system capable of real-time cost accounting and emissions according to the weight of the waste discharged.

In 1995, the introduction of the waste quota system was able to achieve a significant reduction in waste emissions, but additional problems have been continuously raised. The biggest problem among them is the first, the color of the pay-per-use bags, because the bags are transparent and the contents of the bags are all visible, which is inconvenient when disposing of garbage, and especially when women dispose of hygiene products. The problem of infringement is raised.

Secondly, the paper-based envelopes currently used are produced in different envelopes, prints, and colors in each municipality. Therefore, many people do not know the facts due to lack of public relations, but they do not know about this due to lack of publicity.

Third, there is a problem regarding the material and strength of the pay-per-use bags. The currently used pay-per-use bags are so thin and weak that they are easily torn, especially because of the behavior of storing as much garbage as possible in the pay-per-use bags. This is a problem that does not correspond to the intent of the pay-as-you-go envelope system, which was intended to pay as much as waste emissions.

Fourth, it relates to the structure of the pay-as-you-go bag, which is too short to bind the pay-as-you-go bag, so it is inconvenient to tie the envelope, and the width of the strap is too narrow to easily break.

Fifth, because it takes time to fill a certain volume of the pay-as-you-go bag, the overuse of plastic bags is inevitably caused by putting them in small plastic bags whenever small amounts of garbage occur.

Sixth, considering that the material of the garbage bags is PVC, large amounts of dioxins such as dioxins are emitted during incineration and do not decompose for decades, so they cause soil pollution. Wastes billions of dollars in budget.

Lastly, the municipal government's deficit management is inevitable with the waste-based system. In other words, most local governments are currently consigning waste collection to private companies, and the private companies in charge of collecting waste are required to charge the administrative agency after a long time. There is no way for administrative authorities to verify transparency and legitimacy. As a result, this problem is caused by the offline status between the private enterprise and the administrative office in charge of garbage collection, and in fact, the problem of chronic deficit management has been raised since the implementation of the waste-based system.

The present invention has been proposed to solve the above problems of the prior art, the object of the present invention is to pay the costs directly at the discharge site according to the weight, not the way of paying the costs according to the existing volume of waste discharge. It provides a method of garbage collection for real-time cost accounting and emission identification so that the method and the emission information are delivered online to the administration and the collection carrier in real time.

Another object of the present invention is to provide a waste collection system for real-time cost accounting and emission identification, which is particularly suitable for implementing the method.

In order to achieve the object of the present invention, the present invention comprises the steps of measuring the weight of the garbage discharged in a predetermined container; Generating a barcode and calculating a cost corresponding to the measured garbage weight; Calculating a cost calculated in response to the weight of the garbage; Outputting a barcode including information about the measured weight in a state capable of being attached to the container; And collecting the garbage by recognizing the barcode attached to the container. It provides a garbage collection method comprising a.

In addition, the present invention is characterized in that it further comprises the step of transmitting the bar code information and cost information including the information on the weight of the garbage to a predetermined remote server.

 In order to achieve the above object of the present invention, the present invention measures the weight of the waste discharged, calculates the cost according to the measured weight, check whether the payment, and the information about the measured weight and cost payment Electronic balance device for generating a bar code containing information on whether or not; A barcode reader for recognizing the generated barcode to confirm that the payment has been made; And a management server configured to receive and manage the weight information of the waste discharged from the electronic balance device, wherein the electronic balance device transmits the weight information of the waste to the management server. Provide a system.

In addition, the electronic balance device includes a weight measuring unit for measuring the weight of the waste discharged; an integrated card reader unit for recognizing a card for paying the cost calculated according to the measured weight; A barcode generation unit for generating a barcode including information about the measured weight and information on whether payment of a cost is made; A barcode output unit configured to output a barcode generated by the barcode generator; A memory unit for storing information included in the barcode; And a controller for controlling the overall operation of the electronic balance device.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. It should be noted that reference numerals and like elements among the drawings are denoted by the same reference numerals and symbols as much as possible even though they are shown in different drawings. In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

First, the principle of the present invention, unlike the system for discharging waste using the existing waste-based waste bag, using a regular bag or a dedicated container for discharging waste while generating a constant output information according to the weight of the waste, garbage such as public telephone card Settle costs with a dedicated integrated card or ID card. After the cost settlement, information on the weight of the garbage settled is provided online to the administration and the collection carrier, and the collection of garbage collected at a certain collection point is provided. do.

The waste collection place may be an existing waste collection container or the like, or may be a waste collection container equipped with an electronic balance system. On the other hand, the garbage weight information may be formed as information in the form of a bar code, and when using a waste collection container using a load cell may be formed of information by the load cell input and output signals. Other weight information may be transmitted to another system using an information transmission medium that can be transmitted and received online. In the following Examples, specific application methods according to the principles of the present invention have been presented.

In one embodiment according to the principles of the present invention as a method for collecting garbage using an electronic balance system using a bar code and an integrated card as follows. Unlike the system of discharging garbage by using the conventional waste-based encapsulation bag, the garbage discharger measures the weight of the garbage through an electronic scale equipped with a control system that manages barcode generation and cost payment card while using general bags. Generate barcodes based on garbage weight. Waste emitters settle costs with a waste-only integrated card, such as a public phone card. After the cost is settled, a bar code containing information about the measured weight of the waste and the completion of the payment is printed. The garbage discharger attaches this sticker to a vinyl, a paper bag or a container containing the waste to discharge the waste. Then, it is a garbage collection system and method in which garbage is collected after receiving approval by recognizing a barcode indicating completion of payment for a garbage collection vehicle equipped with a barcode reader or a container of a garbage storage center.

1 is a view showing the configuration of a garbage collection system according to a first embodiment of the present invention.

1, the waste collection system according to the embodiment of the present invention measures the weight of the garbage collection vehicle 100, garbage and generates a bar code corresponding to the measured weight to calculate the cost using the integrated card After a plurality of electronic scale system 200 to output a barcode, the management server 300 and the garbage collection department of the administrative agency connected with the electronic balance system 200 through a wired / wireless communication network including the Internet or garbage collection And host computers 330 and 350 of the carrier. Here, the garbage collection vehicle 100 may be further provided with a predetermined barcode reader 10, when the barcode reader is installed in the garbage collection place or intermediate storage, the barcode reader is not attached to the garbage collection vehicle 100. It may not. The electronic balance system 200 may be attached to the garbage collection vehicle 100 or may be installed and used at a predetermined garbage collection place 150. According to the weight of the garbage, the garbage discharger calculates the cost using the integrated card and prints the barcode and attaches it to the garbage bag. (In this case, the barcode is sticky on one side, and the paper that can be removed thereon It is output in a state of being protected) and discharged. As a cost settlement method, a waste-only integrated card 50 similar to a conventional public phone card may be used, and the electronic balance system 200 may be equipped with a waste-only integrated card issuer, a card recovering machine, and a bill recognizer. have. Then, the barcode information and the cost information generated in the electronic balance system 200 are transmitted to the garbage management department of the administrative office and the host computers 330 and 350 of the garbage collector in real time through a wired / wireless communication network, and the management server ( 300 is configured to manage the information received from each electronic balance system, and to remotely control the application of the differential fare system for each region.

Bar code information generated by the electronic scale system 200 is characterized in that the discharge location and time and the collection company, and the weight information of the waste, the discharge location and the collection information is already embedded in the electronic balance system controller, time And generate different bar codes in real time according to the weight information and output the same. On the other hand, the information already embedded in the electronic balance system, such as a collection company can be modified and controlled remotely through the management server (300).

2 is a block diagram showing the configuration of the electronic balance system shown in FIG.

Referring to FIG. 2, the configuration of the electronic balance system 200 includes a user interface unit 210, a weight measuring unit 220, a barcode generation unit 230, an integrated card reader unit 240, and a barcode output unit 250. ), A controller 260, and a communication unit 270.

The user interface unit 210 may be determined according to a specific implementation method of the electronic balance system. For example, when the integrated balance card issuance and collection function is added to the electronic balance system, the user interface unit may be adopted. Do. The user interface unit 210 is composed of an input means and a display means for the user to input data, the input means may be implemented as a touch screen, keypad.

The weight measuring unit 220 measures the weight of the bag containing the waste, the method is preferably implemented by a digital electronic balance method.

The electronic scale system 200 outputs a barcode corresponding to the weight of the garbage measured by the weight measuring unit 220 through the barcode generating unit 230 and the barcode output unit 250. Here, the barcode generated by the electronic balance system 200 is characterized in that the information including the discharge location and time and the collector, and the weight of the garbage, the difference between the existing bar code system and the discharge point and the collector information is already It is embedded in the controller 260 inside the electronic scale system 200, and the time and weight information is different depending on the discharge time and discharge, so the part indicating the weight and time of the barcode is generated and output in real time differently in the field. It is. On the other hand, the information already embedded in the electronic balance system, such as the collector can be modified and controlled remotely through the management server 300, for example, to be modified in the management server when the collector is changed. Here, the barcode system is optimized by selecting and programming two or more barcode systems from the beginning, optimizing the amount of information and barcode size that can be contained in the barcode, and excluding the establishment of a separate barcode system by expanding the garbage collection system for each municipality. It can be configured to modify and supplement the system. For example, the discharge location can be added to the existing postal code by adding a two or three digit unique code for each region. The required number of bytes is about 10 bytes, in the case of time, about 12 bytes, and the weight information depends on the weight loss unit. Although it will be different, it is usually about 10-20 bytes, and the collector information is about 10-20 bytes, so that about 40 to 70 bytes are needed in total. On the other hand, when a slim amount of information is given by assigning a simple unique ID to the discharge area and collector information, one-dimensional barcodes can be applied. In addition, it is also possible to adopt a method of preventing barcode forgery by additionally applying barcode encryption technology to such barcodes.

On the other hand, the output of the bar code generated in the electronic scale system 200 is characterized in that the bar code is output in the form of a sticker after the cost is paid through the integrated card 50 and the integrated card reader unit 240 .

The integrated card reader unit 240 is a means for recognizing the integrated card 50 when the cost settlement is performed by the integrated card 50. Here, the integrated card 50 is composed of a fee system for calculating the cost according to the weight as described above, it is possible to adjust the waste discharge unit price according to the region. Unlike the current pay-as-you-go card, it differs from the current pay-as-you-go bag in that it can be used uniformly regardless of the waste discharge area and that the cost is paid according to the weight, and does not include user information like an ID card. It does not have to go through complicated process such as system construction and online processing. The integrated card reader unit 240 may be implemented in a manner similar to the charge settlement of a pay phone card, a touch screen method and a method of reading a magnetic bar, and the settlement of the charge is a continuous form of the remaining card and the new card. To be used. As an additional element of cost settlement, the electronic balance system may include an integrated card issuer, a collector and a banknote recognizer, and in this case, it is convenient in terms of user and management because the card issuance and collection of used cards can be directly collected from the electronic balance. Has the advantage. Here, the bill acceptor corresponds to the necessary components according to the card issuance.

The controller 260 is a component that controls the overall operation of the electronic balance system 200. First, the system receives a system operation signal through the user interface 210 to drive the system. The controller 260 configures a bar code system by transmitting the weight information measured by the weight measuring unit 220 to the bar code generator 230, and calculates the cost according to the weight. ) And transmits the barcode system to the barcode output unit 250 when the cost is settled through the integrated card 50 and the integrated card reader 240 to output the barcode in the form of a sticker. At the same time, including the waste weight information measured by the management server 300, the waste management department of the administrative office or the host computer of the waste collection carrier through the communication unit 270, including the discharge location, time, collector information Send barcode information. In this case, the controller 260 automatically stores the memory space for accumulating data for a certain period of time in case the Internet connection is lost, auto-expiration aging of the stored information, and the accumulated information when the Internet connection is online. It is programmed to transmit to the system.

The communication unit 270 is a component for transmitting data under the control of the controller 260. Accordingly, the communication unit 270 may be implemented by wired / wireless communication means or internet access means. On the other hand, the electronic scale system 220 includes a cost calculation unit 272 for calculating a cost corresponding to the measured weight, and the generated bar code information of the management server 300 and the administration office and the collecting company host computer 330. It may be configured to further include a data transmission unit (not shown) for transmitting to 350.

3 is a flowchart illustrating a garbage collection method according to an embodiment of the present invention. Hereinafter, the present invention will be described in detail with reference to FIGS. 1 to 3.

When the waste is discharged, the electronic balance system 200 measures the weight of the discharged waste (step S10).

Next, in step S20, the barcode generation unit 230 and the cost calculation unit 272 in the controller calculate the barcode and the cost according to the weight of the garbage, and since the operation occurs in parallel, the barcode is generated in FIG. 3. The step S20-1 and the cost calculation step S20-2 are expressed.

Step S30 is a cost settlement step, the cost settlement is characterized in that using the integrated card 50 and the integrated card reader unit 240 as described above.

The electronic balance system 200 outputs a barcode corresponding to the weight measured in step S40 when the cost settlement is completed, and stores the barcode information on a memory chip embedded in the electronic balance system controller 260, and at the same time, The barcode information is transmitted to the management server 300 and the host computers 330 and 350 of the administrative agency and the three-collector collection company via the / wireless communication network. Since barcode output, memory, and transmission occur in parallel, the bar code output step S40-1, the bar code information memory step S40-2, and the bar code information transfer step to the management server and the host computer are respectively represented by S40-3. It was. On the other hand, if the cost is not settled, barcode printing, memory and transmission do not occur, and if the waste is not put down on the scale, the cost settlement step continues.

The garbage discharger attaches the barcode-printed sticker to the vinyl, paper bag or container containing the garbage in step S50 and discharges it.

The bar code reader 10 installed in a garbage collection transport vehicle or a container of a garbage intermediate loading box collects garbage after recognizing the barcode in step S60. That is, the step of recognizing the barcode through the barcode reader 10 corresponds to a procedure for approving that the cost has been settled.

After all, the waste collection system and method according to the present invention is a method of accepting only the garbage with a barcode output after the cost settlement because the barcode reader 10 is installed or mounted at the waste collection place or the transport vehicle. For example, a bar code reader is installed at a certain collection location, and only the garbage with barcodes can be collected, and the garbage collection vehicle can be collected periodically, or can be collected. A bar code reader is attached to the transport vehicle or a portable bar code reader is used to read the bar code when the garbage bag is inserted into the garbage collection vehicle, and even if the waste collection system adopts advanced technologies such as pipeline transportation, the waste transportation pipeline Any way of mounting a barcode reader on the above is possible, and the scope of application is not limited to the examples mentioned herein. Therefore, in the step S60 of reading the barcode, the barcode reader may be a waste discharger, depending on whether the barcode reader 10 is installed in an intermediate storage box or installed in a collection vehicle and a portable barcode reader is adopted. You can also become a trader. Here, the barcode reader 10 may adopt any one of an infrared method, a laser method, and a CCD barcode reader, but in actual application, a CCD barcode reader reading through a barcode image is more preferable. In addition, the barcode reader 10 is characterized in that the memory chip is applied to memory the read barcode information is applied, the information stored in the barcode reader 10 is periodically back-up to the host computer by the garbage collector This reading information is characterized in that the management is compared with the barcode information transmitted in real time in the electronic balance.

Meanwhile, in the detailed description of the present invention, specific embodiments have been described, but various modifications are possible without departing from the scope of the present invention. For example, in the generated barcode, a simple unique ID is given to the generating region and the collecting company information excluding weight and time information, or the amount of information included in the barcode is simplified, or the generated barcode and the printed barcode are dualized to generate the generating region and collection. Bar code information, including company information, generation time and weight information is transmitted to the management server 300 and the host computer (330, 350), and the output barcode is used only for the approval of waste discharge, and the garbage is printed on the barcode. Do not include weight and other information.

Another variation is a card or method that is applied for the settlement of garbage collection costs according to the weight, in the above embodiment presented a waste-only integrated card, but is not limited to this in a specific application. That is, a method of mounting a fingerprint sensor in an electronic balance and a method using an existing mobile phone or a credit card may be adopted for cost settlement, in which case, it is of course accompanied with the construction of additional equipment and system suitable for each application.

Another embodiment according to the principles of the present invention is to apply the waste collection system of the present invention to food waste. Currently, the food waste collection system has a problem such as the smell of food collection place, the discomfort and discomfort that the discharger opens and closes the container by hand, and the problem of damage of the waste collection in the process of moving the food waste to the collection vehicle by listening to the food waste collection company. This is because both collectors and public offices require new systems.

4 is a view for explaining a method of applying the garbage collection system according to another embodiment of the food waste collection. The method of applying the garbage collection system according to the present invention to the food waste has a slight difference from the household waste in the method of discharging the contents and attaching the barcode.

As shown in FIG. 4, the electronic scale system 410 includes a food waste collection box 430 and a food waste collection vehicle 450. The specific method of collecting food waste is as follows. Hereinafter, descriptions of overlapping methods and systems for collecting general garbage will be omitted.

First, the discharger of food waste 400 collects food waste in a food container or vinyl, and performs weight measurement and cost payment through the electronic balance system 410. When the barcode is output from the electronic balance system 410 after the weight measurement and the cost payment, the bar code is read in the food collection box 430 to which the barcode reader 433 is attached, and then only the contents are discarded in the food collection box 430.

Here, the food waste collection box 430 may be implemented by attaching the automatic opening and closing system 431 to be opened when the barcode is read through the barcode reader 433. In addition, the garbage collection vehicle 450 may be implemented in such a manner as to suck only the food waste from the food collection box through a vacuum suction tube. In this case, the bar code does not need to be in the form of a sticker and does not need to be attached to the container. It is only used for reading the bar code, and the food waste collection box 430 is attached to the vacuum suction pipe 450 attached to the food waste collection vehicle 450 ( 455 may be adopted to have a discharge outlet at the bottom portion so that the food waste collected in the food collection bin can be easily sucked, but is not limited thereto.

The difference between the household garbage in the part of applying the garbage collection system according to the present invention to food waste is that the barcode does not have to be in the form of a sticker, and the automatic opening and closing system attached to the barcode reader is attached to the collection box, and the collection vehicle has half the contents. Since it is in liquid form, it adopts a vacuum suction tube.

Initially, when implementing electronic scale system for garbage collection system, considering supplementary modification of barcode system and software in consideration of household garbage, food waste, and nationwide expansion, additional development cost will be prevented. In addition, by providing food waste and general household waste selection buttons to the electronic scale system, it is possible to simultaneously weigh and calculate the cost of two wastes and send and receive related information at a differentiated price in a single system.

In the garbage collection method, there is a slight difference from the food waste in the case of household garbage, and the barcode is printed in the form of a sticker, and the garbage discharger attaches the barcode printed on the general bag instead of the pay-as-you-go bag. You can read the barcode in the container and discard it.

In the implementation of the system, there is a cost burden in preparing a collection box equipped with an automatic opening and closing system interworking with a barcode reader in a garbage collection center. Therefore, it is possible to apply the method of attaching only the barcode reader to the existing collection and collecting only the barcode-attached garbage when collecting garbage, rather than applying the automatic opening and closing system, and the garbage collector can attach the barcode reader to the collection vehicle or carry the portable barcode. You can use a reader to read barcodes attached to garbage. On the other hand, garbage that is dumped illegally in the collection can be solved by adjusting the waste discharge price between the garbage collection company and the local people in the jurisdiction. The solution is possible.

Another embodiment according to the principles of the present invention relates to a method that can be applied by attaching a load cell to the lower end of the waste collection container (or a suitable position according to the principle and type of load cell) for the detection of waste weight. will be. This may be specifically applied to both household waste and food waste, in which case it is preferable to adopt a dedicated container for collecting garbage with a load cell.

5 is a flowchart illustrating a waste collection method using a waste collection container to which a load cell according to the above-described embodiment is applied. Garbage collection container is attached to the load cell (Load Cell), the load cell (Load Cell) for detecting the vertical load is installed in the lower end and fixed around the cylinder; A load sensing plate which is in close contact with the load cell and is fixed to the shaft in all directions; A card slot such as a waste-only integrated card or ID card for cost settlement; An integrated card reader / light unit for recognizing a card so that the cost can be settled according to the measured weight; A control program installed to control each element of the waste collection container; Memory connected to the control unit and for storing the weight information and cost information of the garbage; (includes the above-mentioned components referred to as "electronic balance"), when the garbage discharger put the card in the card slot, the collection container is automatically An automatic opening and closing system in which the card is discharged after the garbage inlet is automatically closed when the cost is paid for the weight of the garbage put in while the waste inlet is opened; When the garbage is put in the weight is measured by the load cell, the LCD display unit for displaying the load cell input and output information and cost information corresponding to the weight of the waste measured by the load cell by the output signal of the controller on the screen; And a communication unit for transmitting the waste weight information and the cost information to a corresponding administration office management server and a trash collector's host computer after the cost is paid by the waste-only integrated card or ID card.

When the waste ejector puts the card into the waste-only integrated card or ID card inlet for the cost settlement provided in the dedicated waste collection container with a load cell (step S70), the waste inlet of the collection container is automatically opened, and the waste In the step S71, the weight is reduced by the load cell, and the weight information and the cost information corresponding to the waste weight are displayed on the LCD display screen by the output signal (step S72). After the cost is paid (step S73), the garbage weight information and the cost information are transmitted to the administration server and the host computer of the garbage collector (step S74), and the garbage inlet of the dedicated container for garbage collection by the automatic opening and closing system. Is automatically closed and the card is ejected (step S75).

In the system adopting such a collection container, the waste container is not opened until the card is inserted, and the collection container is automatically closed as the card is discharged only after the payment of the weight of the waste is opened. It is worth noting that.

When the system is applied to household garbage, the waste should be put in the general bag, not the pay-as-you-go bag, and in the case of food waste, only the contents should be discharged in the collection container. In addition, the food waste collection container may have a discharge outlet at a lower end so that the food waste collected in the collection container can be easily sucked through the vacuum suction pipe attached to the collection vehicle, but is not limited thereto. It can be implemented in any way.

In the specific application according to the principles of the present invention, modifications that can be applied through the combination and modification of the embodiments of the present invention in addition to the above-described embodiments are possible, the scope of the present invention is limited to the embodiments described above It should not be determined and should be determined not only by the scope of the claims below, but also by the equivalents of those claims.

As described above, when the waste collection system according to the present invention is constructed, there is no need to use the existing pay-per-use bags having problems such as color, material, strength, and form, and thus, the cost of manufacturing the pay-per-use bags can be saved by billions per year. In addition, it is possible to fundamentally block the generation of pollutants such as dioxins generated during the incineration or landfill of a large amount of pay-as-you-go bags.

In addition, since the weight of garbage collected online is transmitted to the administrative office in real time, the waste collection cost dispute between the administrative office and the collecting company can be minimized, and the amount of waste by region is calculated through the management server of the local government applying this system. This can be done easily. In addition, the cost of discharging waste can be made on-site according to the weight of the waste, and regardless of the region, it is possible to dispose of waste through the integrated card of the waste discharger.

And even in the future, even if an advanced system such as pipeline transportation is introduced as a garbage collection system, there is an advantage that the system can be applied as it is.

Finally, according to the food collection method according to the present invention, there is an effect that can eliminate the inconvenience and problems of the existing food waste collection method, and provide an efficient collection method.

Claims (14)

Measuring the weight of garbage discharged in a predetermined container; Generating a barcode and calculating a cost corresponding to the measured garbage weight; Calculating a cost calculated in response to the weight of the garbage; Outputting a barcode including information about the measured weight in a state capable of being attached to the container; And Collecting garbage by recognizing a barcode attached to the container; Garbage collection method characterized in that it comprises a. The garbage collection method of claim 1, further comprising transmitting barcode information and cost information including information on the weight of the measured garbage to a predetermined remote server. Electronic scale device that weighs the waste discharged, calculates the cost according to the measured weight, checks whether the payment is made, and generates a bar code that includes information about the measured weight and whether or not to pay the cost. ; A barcode reader for recognizing the generated barcode to confirm that the payment has been made; And A management server for receiving and managing the weight information of the waste discharged from the electronic balance device; It comprises a, the electronic balance device is a garbage collection system, characterized in that for transmitting the weight information of the waste to the management server. The electronic balance device of claim 3, wherein Weight measuring unit for measuring the weight of the waste discharged; An integrated card reader unit recognizing a card for paying the calculated cost according to the measured weight; A barcode generation unit for generating a barcode including information about the measured weight and information on whether payment of a cost is made; A barcode output unit configured to output a barcode generated by the barcode generator; A memory unit for storing information included in the barcode; And A controller for controlling the overall operation of the electronic balance system; Garbage collection system, characterized in that configured to include. The system of claim 4, wherein the electronic balance device further comprises a communication unit configured to transmit the measured waste weight information and the cost information to a remote site through a wired / wireless communication network under the control of the controller. Garbage collection system using electronic balance system that can identify emissions. The electronic balance device of claim 3 or 4, wherein the electronic balance device A cost estimator for estimating a cost corresponding to the measured weight; And A data transmission unit for transmitting the information included in the bar code to the management server, the administration office and the host computer of the collector; Garbage collection system using an electronic balance system capable of real-time cost settlement and emissions identification, characterized in that further comprises. 5. The controller according to any one of claims 3 and 4, wherein the controller has a memory space for accumulating data for a predetermined period of time, and accumulates when the automatic destruction time of the memorized information and the internet connection are online. Garbage collection system, characterized in that it transmits the information. Measuring the weight of food waste discharged in a predetermined container; Generating and calculating a barcode corresponding to the measured food waste weight; Calculating a cost calculated according to the weight of the food waste using a card for paying a cost; Recognizing the barcode and discarding food waste in a waste collection bin having means for recognizing the barcode; And Collecting food waste collected in the waste collection bin; Food waste collection method comprising a. According to claim 8, wherein the waste collection container is formed with a discharge port for discharging, and further comprising the step of collecting the food waste collected in the waste collection bin through a waste collection vehicle equipped with a vacuum suction pipe through the discharge outlet Food waste collection method characterized in that. 10. The method of claim 9, wherein the food waste collection box has an automatic opening / closing system, so that the means for recognizing the barcode is opened only when the barcode is recognized.      In the container for collecting garbage to collect the waste through a predetermined waste collection means,      A waste inlet for injecting waste;      An electronic scale that weighs the waste discharged, calculates the cost according to the measured weight, and checks whether the cost can be paid; And      An automatic opening / closing system for opening the garbage inlet when it is determined that payment is possible by the electronic balance;      Garbage collection container comprising a.       The method of claim 11, wherein the electronic balance       A load cell for sensing a load of the input waste; Integrated card or ID card slot for cost settlement; And An integrated card reader unit for recognizing the inserted card to calculate the calculated cost according to the measured weight;       Garbage collection container comprising a. 12. The waste collection container according to claim 11, further comprising an LCD display for displaying information on the measured waste weight and calculated waste cost information. The waste collection container according to claim 11, further comprising a communication unit which transmits the information on the weight of the waste and the waste cost information to a predetermined management server.

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