TWM610797U - Waste full-resume tracking and processing system - Google Patents

Abstract

This model provides a waste full resume tracking processing system, including identification tags, cloud Work area, storage area, processing area, transportation tool, input device, positioning device, the processing method of which is to first set the identification label on the waste packaging and temporarily place it in the storage area. The waste in the storage area is transferred to the treatment area, and then the subsequent waste treatment operations are performed; in the foregoing process, the input device is set in the storage area and the treatment area to read the identification tag and connect Go to the cloud operation area to obtain the content of the waste for comparison, and at the same time, the positioning device obtains the positioning information from the storage area, the processing area and the transportation tool and uploads it to the cloud operation area; in this way, the cloud operation area A continuous and uninterrupted full history record of the waste's self-generation, transportation, and treatment is stored, which can be provided for follow-up inquiry or use.

Description

Waste Resume Tracking and Processing System

This new model belongs to waste treatment technology, especially the application of AIoT technology, and each process of waste treatment is verified and recorded to form a complete full resume tracking record to ensure the correct treatment of waste and reduce the occurrence of abuses.

The problem of waste disposal is a topic that every country attaches great importance to. Especially under the conditions of improving the quality of life, the generation of waste is increasing day by day. It not only destroys the outlook and emits foul smell, but also pollutes the environment and destroys the ecology. Endanger human health and even endanger human survival.

At present, most countries deal with wastes by entrusting them to professional waste disposal companies, who will collect and transport the wastes until the final disposal or reuse. Special authorities are responsible for supervision to ensure waste disposal. Material handling complies with legal requirements.

However, because the scale of waste treatment is very large and the process is extremely lengthy, there are many participants and the time is long. When a problem occurs at any stage of the treatment process, it will not only affect the entire waste treatment results, but also it is not easy to find the problem and it is difficult to punish Dereliction of duty.

Therefore, many waste-handling businesses or individuals tend to act cheaply in the process of handling waste, and it is not easy to verify the type and quantity of waste processed, or do not follow the correct process and directly bury it so that the waste is generated. Waste water seeps out and pollutes the environment. Worse behavior, some people Because of laziness, waste will be dumped directly in unauthorized valleys and grasses, which will seriously damage the environment and threaten the ecological balance.

Although, with the advancement of science and technology, the development of electronics has made it easier for operators and supervisors to record and verify the waste treatment process, and related reports can also be generated for storage and inspection. However, the filling of these records and verifications still relies on manual completion, and it is inevitable that errors or malicious tampering by personnel will occur. Moreover, the data of each processing stage is stored separately, which cannot be checked in real time, which increases the difficulty and time of the operation, so the problem of tracking the waste treatment process cannot be solved.

In view of the foregoing deficiencies, the applicant in this case actively carried out research and development, and after detailed experimental procedures and practical operation tests, he developed a method and system for tracking and processing this waste with a full history.

In order to overcome the above shortcomings, the purpose of the present invention is to provide a waste full history tracking treatment method and system, which applies the increasingly mature AIoT (Artificial Intelligence Internet of Things) technology to record the waste at each stage of the treatment process in detail. It is also stored in the cloud operation area, and can be connected to the cloud operation area for data verification or new records during each stage of operation, forming a continuous and uninterrupted full resume record, avoiding illegal disposal or improper disposal by unscrupulous practitioners, and ensuring waste The processing meets the requirements.

Another purpose of the present invention is to provide a waste history tracking treatment method and system, in which each stage of the operation process reduces the chance of manual filling, avoids the occurrence of mistakes or tampering with data, and makes the entire waste treatment process more accurate .

Another purpose of the present invention is to provide a method and system for tracking and processing wastes with full history, in which the full history records are complete, and it also includes the processing contracts, permit documents, etc. required for each processing stage. Test reports, etc., can facilitate the search for relevant information afterwards, or provide the information needed by the company to write a CSR (Corporate Social Responsibility) report.

In order to achieve the above objectives, this model provides a waste full resume tracking and processing system, including:

The identification label is set on the waste packaging to serve as the identification certificate of the waste;

The cloud operation area stores continuous and uninterrupted full history records of the waste's self-generation, transportation, and processing for subsequent inquiry or use;

The storage area is used to temporarily store the newly generated waste;

Processing area, receiving the waste from the storage area for subsequent processing of the waste;

Transportation means used to transfer the waste in the storage area to the treatment area;

An input device, arranged in the storage area and the processing area, and connected to the cloud operation area, the input device is used to read the identification tag, and obtain the waste content from the cloud operation area according to the identification tag to confirm Is it consistent;

The positioning device is arranged on the storage area, the processing area and the transportation tool, and is connected to the cloud operation area to sense the positioning information when the waste enters each device and upload it to the cloud operation area.

According to the aforementioned system, the present invention further provides a waste full resume tracking treatment method, which includes the following steps:

Pack and store the waste in the storage area, record the waste information and upload it to the cloud operation area, and at the same time generate the identification label and install it on the waste packaging;

The transportation vehicle enters the storage area, confirms the identity, then loads the waste to be cleared onto the transportation vehicle, scans the identification tag and connects to the cloud operation area to confirm whether the content of the waste is consistent;

The transportation tool leaves the storage area, the storage area is confirmed to be cleared and the process record is uploaded to the cloud operation area;

The transportation tool transports the waste to the processing area, and monitors the transportation process in real time along the way and uploads it to the cloud operation area;

The transportation vehicle enters the treatment area, performs identity verification, removes the waste from the transportation vehicle, scans the identification tag and connects to the cloud operation area to confirm whether the content of the waste processing is consistent;

The vehicle leaves the processing area;

Perform subsequent processing of the waste and upload the processing record to the cloud operation area, thereby completing the continuous and uninterrupted full history record of the waste’s self-generation, transportation, and processing, and store it in the cloud operation area for follow-up Inquire or use.

100: storage area

200: processing area

210: Incineration System

220: curing system

230: Buried System

240: Reuse system

300: Transportation

310: Positioning device

400: Cloud operating area

410: Full resume record

500: Waste

510: Identification label

520: Level gauge

530: input device

600: Camera

700: timing device

800: AI recognition device

Figure 1 is a schematic diagram of the main system architecture of the new embodiment;

Figure 2 is a detailed diagram of the new system architecture;

Figure 3 is the overall operation flow chart of the new model;

Figure 4 is a detailed diagram of the operation process of the new model at the source end;

Figure 5 is a detailed diagram of the operation process of the new model at the Qingyun end;

Figure 6 is a detailed diagram of the new operation process at the processing end.

The preferred embodiments of the present invention will be described in detail below with reference to the accompanying drawings, so that the advantages and features of the present invention can be more easily understood by those skilled in the art, so as to make a clearer and clearer definition of the protection scope of the present invention.

Please refer to FIG. 1, the present invention provides a waste 500 full history tracking processing system, the structure of which mainly includes a storage area 100, a processing area 200, a transportation tool 300, and a cloud operation area 400.

The storage area 100 is used as the source of waste 500 to temporarily store the newly generated waste 500, and the waste 500 needs to be packaged according to types and regulations;

The processing area 200 serves as the processing end of the waste 500, and is used to receive the waste 500 from the storage area 100 for subsequent processing operations of the waste 500, such as incineration, solidification, burying, or providing related Reuse by the industry;

The transportation tool 300 serves as a clearing end of the waste 500 to transfer the waste 500 so as to transfer the waste 500 in the storage area 100 to the processing area 200;

The cloud operation area 400 is connected with the storage area 100, the processing area 200, and the transportation tool 300 in a wired and wireless manner, and is used to store the continuous and uninterrupted full history records of the waste 500 self-generation, transportation, and processing 410, for subsequent inquiry or use.

Please refer to Figure 2 to further illustrate the detailed architecture of the present invention, which also includes:

The identification label 510 is set on the packaging of the waste 500, and records the information of the waste 500 itself, such as the type, capacity, and precautions of the waste 500, to serve as the identity certificate of the waste 500 and provide follow-up operations For verification data, the identification tag 510 can be an RFID tag for easy operation And to prevent tampering with the content, it can of course also be other label types, and for the liquid waste 500, a level gauge 520 can be additionally installed to verify that the waste 500 does not leak in the treatment process;

An input device 530, such as an RFID reader, is set in the storage area 100 and the processing area 200, and is connected to the cloud operation area 400. When each stage is performed, the input device 530 is first used to read the identification tag 510. Obtain the content of the waste 500 from the cloud operation area 400 according to the identification tag 510, and then compare to confirm whether they are consistent, and then transmit the result back to the cloud operation area 400 as part of the history of the waste 500;

The positioning device 310 is set on the storage area 100, the processing area 200 and the transportation tool 300, and is connected to the cloud operation area 400 to sense the positioning information when the waste 500 enters each device and upload it to the The cloud operation area 400 is used to determine whether each stage of operation is implemented within the correct scope, as a reference for future resume verification.

In the foregoing architecture, the positioning device 310 generally uses a GPS positioning method. The locations of the storage area 100 and the processing area 200 are fixed, while the location of the transportation tool 300 may change. To avoid GPS failure sometimes, it can be alternated. Use or combine the use of carrier base station positioning technology.

In addition, the positioning device 310 of the storage area 100 or the processing area 200 can also be set as an electronic fence, so that the transportation tool 300 can correctly record when it enters and leaves the storage area 100 and the processing area 200.

Furthermore, the storage area 100, the processing area 200 and the transportation tool 300 are provided with a camera device 600. The camera device 600 can be designed as required to perform real-time and full-process image monitoring operations on the destination, and obtain The image is uploaded to the cloud operation area 400 and forms part of the history of the waste 500.

Alternatively, the storage area 100, the processing area 200, and the transportation tool 300 are provided with a timing device 700 to accurately record the occurrence and operation time of each processing stage of the waste 500, and upload it to the cloud operation area 400 to cooperate with other Information can ensure that each treatment stage of the waste 500 meets the expected results.

Please refer to Figure 3, for the foregoing system architecture, a waste 500 full history tracking processing method provided by the present invention includes:

(At the source end)

3-1. Store the generated waste 500 in the storage area 100;

3-2. Install the identification label 510 on the packaging of the waste 500;

3-3. The transportation tool 300 enters the storage area 100;

3-4. The waste 500 to be cleared and transported will be moved onto the transportation vehicle 300;

3-5. The transportation tool 300 leaves the storage area 100.

(At the clearing end)

3-6. The transportation tool 300 transports the waste 500 to the processing area 200;

(At the processing end)

3-7. The transportation tool 300 enters the processing area 200;

3-8. License plate identification, weighing, and confirm the waste 500 to be processed;

3-9. Move the waste 500 away from the transportation tool 300;

3-10. The transportation tool 300 leaves the processing area 200.

For the waste 500 at the processing end, the relevant industry performs subsequent processing, such as incineration, solidification, and burying, or the waste 500 can be reused.

The cloud operation area 400 is connected at any time in each operation stage to obtain the information of the waste 500 for verification, or upload the processed records for storage, so as to complete the continuous and uninterrupted production, transportation, and processing of the waste 500. The full resume record 410 is stored in the cloud operation area 400 for subsequent query or use.

The following is a further description of each stage of the present invention at the source end, the clearing end, and the processing end. First of all, please refer to Figure 4, the operation flow of this model at the source end is as follows:

4-1. Store the generated waste 500 in the storage area 100 of the relevant business organization;

4-2. Paste the identification tag 510 (RFID) on the waste 500 or install the level gauge 520;

4-3. The transportation tool 300 enters the electronic fence area of the storage area 100 for positioning and video monitoring;

4-4. Scan the identification tag 510 of the waste 500 to be cleared with the input device 530 (RFID reader), and then carry the waste 500 onto the transport 300;

4-5. The transportation tool 300 obtains the order form, leaves the electronic fence area, and then the storage area 100 confirms the removal of the waste 500.

Please refer to Figure 5, the operation process of the present invention at the clearing terminal is as follows:

5-1. The transportation tool 300 leaves the storage area 100;

5-2. The transportation tool 300 transports the waste 500 from the storage area 100 to the processing area 200, and performs positioning and image monitoring during the entire process;

5-3. The transportation tool 300 enters the processing area 200.

Please refer to Figure 6, the operation flow of the present invention at the processing end is as follows:

6-1. The transportation tool 300 enters the electronic fence area of the processing area 200 for positioning and image monitoring;

6-2. Carry out the license plate recognition and weighing of the transportation tool 300, and check the contents of the coupon to confirm the waste 500 to be processed;

6-3. The input device 530 scans the identification tag 510 of the waste 500 to be processed, and then removes the waste 500 from the transportation vehicle 300 for inspection or sampling analysis;

6-4. The transportation tool 300 leaves the electronic fence area of the processing area 200;

6-5. Relevant operators perform follow-up treatment of the waste 500, such as incineration, solidification, burial, or reuse.

It is known from the foregoing operations that when each step is performed, the present invention first records the location information of the location where the step occurs and uploads it to the cloud operation area 400. At the same time, the image monitoring operation is performed, and the obtained image is also uploaded to the cloud operation. District 400, so you can keep a complete work process history to prevent illegal behavior by unscrupulous industry players.

At the same time, when each step is performed, the occurrence and operation time of the step will also be recorded and uploaded to the cloud operation area 400.

In the present invention, the information uploaded to the cloud operating area 400 can be encrypted using blockchain technology or other encryption technologies during each step to avoid tampering.

Furthermore, as shown in FIG. 2, the storage area 100 or the processing area 200 is provided with an AI recognition device 800 to determine the content of the waste 500, the license plate number of the transportation tool 300, and connect to the cloud operation The area 400 performs content comparison to determine whether the waste 500 and the transportation tool 300 are consistent with the content registered in the cloud operation area 400, so as to reduce errors in manual judgment.

The processing area 200 is connected or integrated with the incineration system 210, the curing system 220, and the burying system 230 for subsequent processing, or connected to other reuse systems 240, and the process records of each processing method are also uploaded to the cloud operation area 400 to add the full history record 410.

The full history record 410 of the cloud operation area 400 obtained through the present invention further includes the processing contracts, permit documents, inspection reports required for each processing stage, as well as the sales and flow records of the waste 500 when it is reused. Or certification mark.

The above implementations are only to illustrate the technical concept and features of the new model, and their purpose is to let those familiar with the technology understand the content of the new model and implement it, and cannot limit the scope of protection of the new model. All equivalent changes or modifications should be covered by the scope of protection of the new model.

100: storage area

200: processing area

300: Transportation

400: Cloud operating area

410: Full resume record

500: Waste

Claims (11)

A waste full resume tracking and processing system, including: The identification label is set on the waste packaging to serve as the identification certificate of the waste; The cloud operation area stores continuous and uninterrupted full history records of the waste's self-generation, transportation, and processing for subsequent inquiry or use; The storage area is used to temporarily store the newly generated waste; Processing area, receiving the waste from the storage area for subsequent processing of the waste; Transportation means used to transfer the waste in the storage area to the treatment area; An input device, arranged in the storage area and the processing area, and connected to the cloud operation area, the input device is used to read the identification tag, and obtain the waste content from the cloud operation area according to the identification tag to confirm Is it consistent; The positioning device is arranged on the storage area, the processing area and the transportation tool, and is connected to the cloud operation area to sense the positioning information when the waste enters each device and upload it to the cloud operation area. The waste history tracking and processing system according to claim 1, wherein the identification tag is an RFID tag. The waste full history tracking processing system according to claim 1, wherein, for the liquid waste, a level gauge is additionally installed. The waste full history tracking and processing system according to claim 1, wherein the storage area, the processing area and the transportation means are equipped with camera devices to perform real-time and full-process image monitoring operations, and upload the obtained images to The cloud operating area. The waste full history tracking processing system according to claim 1, wherein the positioning device uses GPS or carrier base station positioning technology. The waste full history tracking and processing system according to claim 1, wherein the positioning device of the storage area or the processing area is an electronic fence, so that the transportation vehicle can enter and leave the storage area and the processing area. Record it correctly. The waste full history tracking processing system according to claim 1, wherein the storage area, the processing area and the transportation means are equipped with timing devices to accurately record the occurrence and operation time of each processing stage of the waste, and Upload to the cloud work area. The waste full history tracking processing system according to claim 1, wherein the storage area or the processing area is provided with an AI identification device to determine the content of the waste, the license plate number of the transportation vehicle, and connect to the The cloud work area performs content comparison to reduce errors in manual judgment. The waste history tracking and processing system described in claim 1, wherein the processing area is an incineration system, a solidification system, a landfill system, or other recycling systems, and the process records of each processing method are also uploaded to the cloud operation area Add the full resume record. The waste full history tracking processing system as described in claim 1, wherein the full history record of the cloud operation area further includes the processing contract, permit documents, inspection report required for each processing stage, and the waste reprocessing Sales, flow records or certification stamps at the time of use. The waste full history tracking processing system according to claim 1, wherein the full history record of the cloud operation area is encrypted by applying blockchain technology during the generation process to avoid tampering.

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