Plastic container treatment method and system, and integrated device for plastic container treatment

Abstract

The present invention relates to a plastic container treatment method and system and an integrated device for plastic container treatment. The treatment method comprises the following steps performed in sequence: applying a code to each plastic container, the code comprising material information and a unique container identification number of the plastic container; S2, cleaning the plastic containers to which the codes have been applied, identifying the serial numbers of the cleaned plastic containers, once an identification number is identified, incrementing the number of cleanings by 1, and identifying the total number of cleanings for each cleaned plastic container; S4, comparing the total number of cleanings for each plastic container with a preset value, and when the total number of cleanings is greater than the preset value, performing recycle treatment on the plastic container; and S5, performing sterilization and air drying on plastic containers that have been cleaned but have not been recycled yet, and then putting same into use. The present invention achieves one-station treatment, i.e. cleaning, sorting and recycle of plastic containers.

Description

A method and system for processing plastic containers, and an integrated device for processing plastic containers. Technical Field

[0001] This invention relates to the field of cleaning and recycling technology, and in particular to a method and system for processing plastic containers and an integrated device for processing plastic containers. Background Technology

[0002] Currently, container cleaning or recycling equipment on the market is all standalone equipment, meaning that cleaning, sorting, and recycling are not designed as a one-stop process. Furthermore, container recycling equipment cannot accurately classify containers of different materials, affecting the purity of the recycled materials and hindering subsequent recycling processes.

[0003] Therefore, it is necessary to design a solution to the above problems. Technical issues

[0004] The purpose of this invention is to provide a one-stop processing method and system for cleaning, sorting and recycling plastic containers. Technical solutions

[0005] The first aspect of this invention provides a method for processing plastic containers, comprising the following steps:

[0006] S1. Apply a code to each plastic container; the code includes the plastic container's material information, production batch, and unique identification number;

[0007] S2. Select the processing mode of the plastic container; the processing modes of the plastic container include immediate cleaning and recycling mode and recycling mode;

[0008] S3. Place the plastic container into the plastic container processing system and execute the plastic container processing mode selected in S2:

[0009] S3a, Executing the immediate cleaning and recycling mode includes:

[0010] The plastic containers are immediately and sequentially cleaned, sterilized, and dried, and then the number of cleanings for each coded plastic container is accumulated.

[0011] S3b, Executing the recycling mode includes:

[0012] The total number of cleaning cycles for each plastic container is identified, and the total number of cleaning cycles for each plastic container is compared with a preset number.

[0013] The recycling modes include: a centralized cleaning and recycling mode and a recycling and crushing production recycling mode; when the total number of cleanings of the plastic container is greater than a preset number, it is allocated to the recycling and crushing production recycling mode; when the total number of cleanings of the plastic container is less than a preset number, it is allocated to the centralized cleaning and recycling mode.

[0014] The process of implementing the centralized recycling and cleaning reuse mode includes: identifying the code of the plastic container, carrying out centralized recycling and cleaning of the plastic container, and when the number of plastic containers collected reaches a preset number, a signal is sent to the logistics unit to transport the plastic containers out through the logistics unit. The number of cleaning times for each plastic container with a unique identification number is accumulated, and the plastic containers are centrally and sequentially cleaned, sterilized and dried. After completion, the plastic containers are reused.

[0015] The recycling and crushing production cycle processing mode includes: identifying the code of the plastic container, crushing and recycling the plastic container, and when the amount of crushed fragments of the plastic container recovered reaches the preset recovery amount, notifying the logistics unit to transfer the crushed fragments of the plastic container to the processing and reprocessing stage.

[0016] In one embodiment of the present invention, the crushing and recycling process in step S3b of the recycling and crushing production recycling mode further includes:

[0017] S41. Classify plastic containers according to their material information;

[0018] S42. Crush plastic containers of the same material separately;

[0019] S43. Compress the broken plastic container fragments of the same material, and detect and record the amount of plastic container fragments recovered.

[0020] In one embodiment of the present invention, in step S42, the crushing method of the recycled plastic container includes downward crushing or snap-fit ​​pressure crushing.

[0021] In one embodiment of the present invention, in step S3b, when the code of the plastic container is identified as not meeting the processing requirements of the plastic container, it is removed from the plastic container processing system.

[0022] In the centralized cleaning and recycling mode, when the production batch of the plastic container is identified as exceeding the preset shelf life, it is directly allocated to the recycling and crushing production recycling processing mode.

[0023] A second aspect of the present invention provides a plastic container processing system for performing the plastic container processing method of the first aspect described above, comprising an identification module, a cleaning device, and a recycling and crushing system interconnected with each other; the cleaning device includes a placement port, a dispensing port, and a cleaning mechanism;

[0024] The placement port is used to receive plastic containers fed into the plastic container processing system;

[0025] The cleaning mechanism is used to clean the plastic container received at the placement port; and is used to immediately and sequentially clean, sterilize and dry the plastic container in the immediate cleaning and recycling mode; the dispensing port serves as the outlet of the cleaning mechanism and is used to place the plastic container that has been cleaned, sterilized and dried by the cleaning mechanism in the immediate cleaning and recycling mode and is put into recycling.

[0026] The identification module is used to identify the code of the plastic container; the code includes the material information, production batch, and unique identification number of the plastic container; the identification module is used to identify each coded plastic container and accumulate its cleaning times in the immediate cleaning and recycling mode; and to identify the total number of cleaning times of the plastic container in the recycling mode; it is also used to identify the code of the plastic container in the centralized recycling and cleaning mode, perform centralized recycling and cleaning treatment on the plastic container, and identify whether the cumulative recycling of the plastic container has reached a preset quantity; and it is also used to identify the code of the plastic container in the recycling, crushing, and recycling treatment mode, perform crushing and recycling treatment on the plastic container, and identify whether the amount of crushed fragments of the plastic container recovered has reached a preset recycling amount;

[0027] The recycling and crushing system is used to execute the recycling and crushing production cycle processing mode to crush and recycle the plastic containers.

[0028] In one embodiment of the present invention, the recycling and crushing system includes a sorting module, a crushing device, and a storage mechanism; the crushing device includes a feed inlet, a crushing mechanism, and a discharge outlet;

[0029] The classification module is used to classify recycled plastic containers by the coded plastic material information of each plastic container; the feed port is used to receive recycled plastic containers with the same plastic material information; the crushing mechanism is used to crush each recycled plastic container classified with the same plastic material information; the discharge port is used to guide the crushed fragments of the recycled plastic containers classified with the same plastic material information into the storage mechanism.

[0030] In one embodiment of the present invention, the storage mechanism includes a compression module, a recycling cup, and a monitoring module; the compression module is used to compress recycled plastic container fragments classified by the same plastic material information introduced into the discharge port; the recycling cup is used to store the recycled plastic container fragments classified by the same plastic material information compressed by the compression module; the monitoring module is used to detect and record the amount of recycled compressed plastic container fragments stored in the recycling cup; when the amount of recycled plastic containers reaches a preset amount, the logistics unit is notified to transfer the recycled plastic containers to the processing and reprocessing stage.

[0031] In one embodiment of the present invention, the crushing mechanism is a downward-pressing crushing mechanism; the downward-pressing crushing mechanism includes an upper mold that presses downward and a lower mold that carries the plastic container to be crushed for recycling.

[0032] In one embodiment of the present invention, the crushing mechanism is a snap-fit ​​pressure crushing mechanism, which includes an electric snap-fit ​​crushing power module, an electric snap-fit ​​module, and an electric snap-fit ​​control module; the electric snap-fit ​​crushing power module is used to provide power for the electric snap-fit ​​module to crush and recycle plastic containers; the electric snap-fit ​​control module is used to control the electric snap-fit ​​module to use an appropriate snap-fit ​​force to crush and recycle plastic containers.

[0033] In one embodiment of the present invention, there are multiple feed inlets, discharge outlets, and recycling cups, and the number of each is the same; the number of feed inlets, discharge outlets, and recycling cups is the same as the number of categories of plastic material information classified by the classification module.

[0034] A third aspect of this invention provides an integrated device for processing plastic containers, comprising a support housing and a plastic container processing system as described in the second aspect above, disposed within the support housing; the support housing is provided with at least a placement port and a dispensing port; a cleaning mechanism and a recycling and crushing system are disposed within the support housing; the placement port includes a first placement port and a second placement port; the first placement port serves as an inlet for the cleaning mechanism, for receiving plastic containers fed into the plastic container processing system; the dispensing port serves as an outlet for the cleaning mechanism, for placing plastic containers that have been cleaned, sterilized, and dried by the cleaning mechanism in an immediate cleaning and recycling mode for reuse; the second placement port serves as an inlet for processing plastic containers in a recycling mode; the second placement port is located close to the recycling and crushing system.

[0035] In one embodiment of the present invention, the support housing is provided with a storage mechanism, which stores plastic containers in a centralized recycling and cleaning mode or in a recycling and crushing production recycling mode. Beneficial effects

[0036] This invention creates a system that encodes each plastic container; provides different plastic container processing modes for selection, allowing for the cleaning or recycling of the plastic containers; and accumulates the number of cleaning cycles based on the plastic container's code. When the number of cleaning cycles exceeds the cleaning lifespan, the container is crushed and recycled. This combination of selecting different modes and identifying codes to determine whether to recycle and crush the plastic containers achieves one-stop processing for cleaning and recycling plastic containers. Attached Figure Description

[0037] To further reveal the specific technical content of this case, please first refer to the accompanying drawings, in which:

[0038] Figure 1 is a flowchart of a method for processing a plastic container provided by the present invention;

[0039] Figure 2 is a schematic diagram of the framework of the crushing and recycling process in the recycling mode of the plastic container processing method provided by the present invention.

[0040] Figure 3 is a schematic diagram of the framework of a plastic container processing system provided by the present invention;

[0041] Figure 4 is a schematic diagram of the frame of the cleaning equipment of the plastic container treatment system shown in Figure 3.

[0042] Figure 5 is a schematic diagram of the recycling and crushing system of the plastic container processing system shown in Figure 3.

[0043] Figure 6 is a schematic diagram of the frame of the crushing equipment in the recycling and crushing system of the plastic container processing system shown in Figure 5.

[0044] Figure 7 is a schematic diagram of the storage mechanism of the recycling and crushing system of the plastic container processing system shown in Figure 5.

[0045] Figure 8 is a perspective view of the integrated processing device for plastic containers provided by the present invention. Detailed Implementation

[0046] The present invention will be further described below with reference to the accompanying drawings and embodiments.

[0047] Please refer to Figure 1, which is a flowchart of a method for processing a plastic container according to an embodiment of the present invention.

[0048] The method for processing plastic containers in this embodiment includes the following steps performed sequentially:

[0049] S1. Apply a code to each plastic container; the code includes the plastic container's material information, production batch, and unique identification number;

[0050] S2. Select the processing mode of the plastic container; the processing modes of the plastic container include immediate cleaning and recycling mode and recycling mode;

[0051] S3. Place the plastic container into the plastic container processing system and execute the plastic container processing mode selected in S2:

[0052] S3a, Executing the immediate cleaning and recycling mode includes:

[0053] The plastic containers are immediately and sequentially cleaned, sterilized, and dried, and then the number of cleanings for each coded plastic container is accumulated.

[0054] S3b, Executing the recycling mode includes:

[0055] The total number of cleaning cycles for each plastic container is identified, and the total number of cleaning cycles for each plastic container is compared with a preset number.

[0056] The recycling modes include: a centralized cleaning and recycling mode and a recycling and crushing production recycling mode; when the total number of cleanings of the plastic container is greater than a preset number, it is allocated to the recycling and crushing production recycling mode; when the total number of cleanings of the plastic container is less than a preset number, it is allocated to the centralized cleaning and recycling mode.

[0057] The process of implementing the centralized recycling and cleaning reuse mode includes: identifying the code of the plastic container, carrying out centralized recycling and cleaning of the plastic container, and when the number of plastic containers collected reaches a preset number, a signal is sent to the logistics unit to transport the plastic containers out through the logistics unit. The number of cleaning times for each plastic container with a unique identification number is accumulated, and the plastic containers are centrally and sequentially cleaned, sterilized and dried. After completion, the plastic containers are reused.

[0058] The recycling and crushing production cycle processing mode includes: identifying the code of the plastic container, crushing and recycling the plastic container, and when the amount of crushed fragments of the plastic container recovered reaches the preset recovery amount, notifying the logistics unit to transfer the crushed fragments of the plastic container to the processing and reprocessing stage.

[0059] Further, please refer to Figure 2. The specific crushing and recycling process in step S3b of the recycling and crushing production cycle includes:

[0060] S41. Classify plastic containers according to their material information;

[0061] S42. Crush plastic containers of the same material separately;

[0062] S43. Compress the broken plastic container fragments of the same material, and detect and record the amount of recovered plastic container fragments. The amount of recovered plastic container fragments can be calculated by the container's capacity or by weighing the plastic container fragments.

[0063] More specifically, in step S42, the crushing method for the recycled plastic containers includes downward crushing or clamping pressure crushing. Downward crushing involves the upper die of the crushing mold moving downwards to crush recycled plastic containers of the same material in the lower die. Clamping pressure crushing involves two sets of crushing blades interlocking to create a clamping force, crushing the recycled plastic containers of the same material.

[0064] In this embodiment, in step S3b, if the code of the plastic container does not meet the processing requirements of the plastic container, it is removed from the plastic container processing system.

[0065] In the centralized cleaning and recycling mode, when the production batch of the plastic container is identified as exceeding the preset shelf life, it is directly allocated to the recycling and crushing production recycling processing mode.

[0066] Thus, through the above steps, a one-stop process for cleaning and recycling plastic containers can be achieved.

[0067] The following section, with reference to Figures 1, 3 to 7, provides a detailed description of the plastic container processing system that performs the above-described plastic container processing method.

[0068] Referring to Figure 2, the plastic container processing system 100 of this embodiment includes an identification module 10, a cleaning device 20, and a recycling and crushing system 30 connected to each other. The identification module 10 identifies the code of the plastic container; this code includes the material information, production batch, and unique identification number of the plastic container. The cleaning device 20, after selecting a processing mode for the plastic container, executes the corresponding processing mode to clean the plastic container. The recycling and crushing system 30 executes a recycling and crushing production cycle processing mode to crush and recycle the plastic container.

[0069] Please refer to Figure 3, where the cleaning device 20 includes a placement port 21, a dispensing port 22, and a cleaning mechanism 23. The placement port 21 receives plastic containers fed into the plastic container processing system 100. The cleaning mechanism 23 cleans the plastic containers received by the placement port 21 and performs cleaning, sterilization, and drying treatments on the plastic containers. Specifically, in an immediate cleaning and recycling mode, the cleaning mechanism 23 immediately and sequentially cleans, sterilizes, and dries the plastic containers. The dispensing port 22 receives plastic containers that have been cleaned, sterilized, and dried by the cleaning mechanism 23 before being put into use. Specifically, the dispensing port 22 receives plastic containers that have been cleaned, sterilized, and dried by the cleaning mechanism in an immediate cleaning and recycling mode before being put into reuse.

[0070] The identification module 10 is used to identify the code of the plastic container; the code includes the material information, production batch, and unique identification number of the plastic container. The identification module 10 is also used to identify each coded plastic container and accumulate its cleaning count in the immediate cleaning and recycling mode; and to identify the total number of cleaning counts of the plastic container in the recycling mode; further used to identify the code of the plastic container in the centralized recycling and cleaning mode, perform centralized recycling and cleaning treatment on the plastic container, and identify whether the cumulative recycling amount of the plastic container has reached a preset quantity; and further used to identify the code of the plastic container in the recycling and crushing production recycling mode, perform crushing and recycling treatment on the plastic container, and identify whether the amount of crushed fragments of the plastic container recovered has reached a preset recycling amount.

[0071] The recycling and crushing system 30 is used to perform recycling and crushing production and reuse processing mode to crush and recycle plastic containers.

[0072] Referring to Figure 4, the recycling and crushing system 30 further includes a sorting module 31, a crushing device 32, and a storage mechanism 35. Referring to Figure 5, the crushing device 32 includes an inlet 321, a crushing mechanism 322, and an outlet 323. The sorting module 31 is used to sort the recycled plastic containers according to the plastic material information encoded in each plastic container. The inlet 321 is used to receive recycled plastic containers with the same plastic material information. The crushing mechanism 322 is used to crush the recycled plastic containers sorted according to the same plastic material information. The outlet 323 is used to guide the crushed fragments of the recycled plastic containers sorted according to the same plastic material information into the storage mechanism.

[0073] Referring to Figure 6, the storage mechanism 35 includes a compression module 351, a recycling cup 352, and a monitoring module 353. The compression module 351 compresses recycled plastic container fragments, classified according to the same plastic material information, introduced through the discharge port 321. The recycling cup 352 stores the compressed recycled plastic container fragments, classified according to the same plastic material information, from the compression module 351. The monitoring module 353 detects and records the amount of compressed plastic container fragments stored in the recycling cup 352; when the amount of recycled plastic containers reaches a preset amount, it notifies the logistics unit to transfer the recycled plastic containers to the processing and reprocessing stage. The amount of recycled plastic container fragments can be calculated either by the container's capacity or by weighing the plastic container fragments.

[0074] Specifically, in this embodiment, the crushing mechanism 322 is a downward-pressing crushing mechanism. This downward-pressing crushing mechanism includes an upper mold that presses downwards and a lower mold that carries the plastic containers to be crushed for recycling. In an alternative embodiment, the crushing mechanism 322 is a snap-fit ​​pressure crushing mechanism. This snap-fit ​​pressure crushing mechanism includes an electrically driven snap-fit ​​crushing power module, an electrically driven snap-fit ​​module, and an electrically driven snap-fit ​​control module. The electrically driven snap-fit ​​crushing power module provides power for the electrically driven snap-fit ​​module to crush the recycled plastic containers. The electrically driven snap-fit ​​control module controls the use of appropriate snap-fit ​​force during the crushing of the recycled plastic containers by the electrically driven snap-fit ​​module.

[0075] In this embodiment, the recycling and crushing system 30 can recycle plastic containers of various different plastic material types. There are multiple inlet ports 321, outlet ports 323, and recycling cups 352, and the number of each is the same. Furthermore, the number of inlet ports 321, outlet ports 323, and recycling cups 352 corresponds to the number of categories of plastic material information classified by the classification module 31. This maintains the purity of the recycled plastic material.

[0076] In another specific embodiment, an integrated device 200 for processing plastic containers is also provided, which integrates the plastic container processing system of the above embodiments. The integrated device 200 includes a support housing and the plastic container processing system 100 of the above embodiments disposed on the support housing. In this way, the functions of cleaning and recycling plastic containers are integrated into one unit, further realizing one-stop processing of cleaning and sorting recycling of plastic containers.

[0077] Referring to Figure 8, specifically, the support housing is provided with at least a placement port 21 and a dispensing port 22; the cleaning mechanism 23 and the recycling and crushing system 30 are disposed within the support housing (not shown in Figure 8). In this embodiment, the placement port 21 includes a first placement port 211 and a second placement port 212. The first placement port 211 serves as the inlet for the cleaning mechanism, used to receive plastic containers fed into the plastic container processing system. The dispensing port 22 serves as the outlet for the cleaning mechanism, used to place plastic containers that have been cleaned, sterilized, and dried by the cleaning mechanism in the immediate cleaning and recycling mode before being put into recycling. The second placement port 212 serves as the inlet for plastic containers processed in the recycling mode; the second placement port 212 is located near the recycling and crushing system 30.

[0078] The support housing is equipped with a storage mechanism 35, which stores plastic containers in a centralized recycling and cleaning mode or in a recycling and crushing production recycling mode.

[0079] Furthermore, the support housing also includes other windows. For example, the support housing also includes a display screen window 50. The display screen window 50 can be used for interactive selection of the plastic container processing mode, querying the amount of compressed plastic container fragments stored in the recycling cup that are detected and recorded by the monitoring module of the recycling and crushing system, etc. The support housing also includes an opening for removing the crushed plastic container fragments recycled from the recycling cup of the recycling and crushing system.

[0080] The above embodiments only illustrate preferred embodiments of the present invention, and their descriptions are relatively specific and detailed, but they should not be construed as limiting the scope of the present invention. It should be noted that those skilled in the art can make various modifications and improvements without departing from the inventive concept of the present invention, such as combining different features in the various embodiments, and these all fall within the protection scope of the present invention.

Claims

1. A method for processing plastic containers, characterized in that, Includes the following steps: S1. Apply a code to each plastic container; the code includes the plastic container's material information, production batch, and unique identification number; S2. Select the processing mode of the plastic container; the processing modes of the plastic container include immediate cleaning and recycling mode and recycling mode; S3. Place the plastic container into the plastic container processing system and execute the plastic container processing mode selected in S2: S3a, Executing the immediate cleaning and recycling mode includes: The plastic containers are immediately and sequentially cleaned, sterilized, and dried, and then the number of cleanings for each coded plastic container is accumulated. S3b, Executing the recycling mode includes: The total number of cleaning cycles for each plastic container is identified, and the total number of cleaning cycles for each plastic container is compared with a preset number. The recycling modes include: a centralized cleaning and recycling mode and a recycling and crushing production recycling mode; when the total number of cleanings of the plastic container is greater than a preset number, it is allocated to the recycling and crushing production recycling mode; when the total number of cleanings of the plastic container is less than a preset number, it is allocated to the centralized cleaning and recycling mode. The process of implementing the centralized recycling and cleaning reuse mode includes: identifying the code of the plastic container, carrying out centralized recycling and cleaning of the plastic container, and when the number of plastic containers collected reaches a preset number, a signal is sent to the logistics unit to transport the plastic containers out through the logistics unit. The number of cleaning times for each plastic container with a unique identification number is accumulated, and the plastic containers are centrally and sequentially cleaned, sterilized and dried. After completion, the plastic containers are reused. The recycling and crushing production cycle processing mode includes: identifying the code of the plastic container, crushing and recycling the plastic container, and when the amount of crushed fragments of the plastic container recovered reaches the preset recovery amount, notifying the logistics unit to transfer the crushed fragments of the plastic container to the processing and reprocessing stage.

2. The method for processing plastic containers according to claim 1, characterized in that, The crushing and recycling process in step S3b of the recycling and crushing production recycling mode further includes: S41. Classify plastic containers according to their material information; S42. Crush plastic containers of the same material separately; S43. Compress the broken plastic container fragments of the same material, and detect and record the amount of plastic container fragments recovered.

3. The method for processing plastic containers according to claim 2, characterized in that, In step S42, the crushing method of the recycled plastic containers includes pressure crushing or snap-fit ​​pressure crushing.

4. The method for processing plastic containers according to claim 1, characterized in that, In step S3b, if the code of the plastic container does not meet the processing requirements of the plastic container, it is removed from the plastic container processing system. In the centralized cleaning and recycling mode, when the production batch of the plastic container is identified as exceeding the preset shelf life, it is directly allocated to the recycling and crushing production recycling processing mode.

5. A plastic container processing system, characterized in that, It includes interconnected identification modules, cleaning equipment, and a recycling and crushing system; the cleaning equipment includes a placement port, a retrieval port, and a cleaning mechanism. The placement port is used to receive plastic containers fed into the plastic container processing system; The cleaning mechanism is used to clean the plastic container received by the placement port; and is used to immediately and sequentially clean, sterilize and dry the plastic container in the immediate cleaning and recycling mode; the dispensing port is used to receive the plastic container that has been cleaned, sterilized and dried by the cleaning mechanism in the immediate cleaning and recycling mode and is put into recycling. The identification module is used to identify the code of the plastic container; the code includes the material information, production batch and unique identification number of the plastic container; the identification module is used to identify each coded plastic container and accumulate its cleaning number in the immediate cleaning and recycling mode. In the recycling mode, it is used to identify the total number of times the plastic container has been cleaned; in the centralized recycling and cleaning mode, it is used to identify the code of the plastic container, perform centralized recycling and cleaning on the plastic container, and identify whether the cumulative recycling of the plastic container has reached a preset quantity; in the recycling and crushing production recycling mode, it is used to identify the code of the plastic container, perform crushing and recycling on the plastic container, and identify whether the amount of crushed fragments of the plastic container recovered has reached a preset amount. The recycling and crushing system is used to execute the recycling and crushing production cycle processing mode to crush and recycle the plastic containers.

6. The plastic container processing system according to claim 5, characterized in that, The recycling and crushing system includes a sorting module, crushing equipment, and a storage mechanism; the crushing equipment includes a feed inlet, a crushing mechanism, and a discharge outlet. The classification module is used to classify recycled plastic containers by the coded plastic material information of each plastic container; the feed port is used to receive recycled plastic containers with the same plastic material information; the crushing mechanism is used to crush each recycled plastic container classified with the same plastic material information; the discharge port is used to guide the crushed fragments of the recycled plastic containers classified with the same plastic material information into the storage mechanism.

7. The plastic container processing system according to claim 6, characterized in that, The storage mechanism includes a compression module, a recycling cup, and a monitoring module. The compression module is used to compress recycled plastic container fragments classified by the same plastic material information that are introduced into the discharge port. The recycling cup is used to store the recycled plastic container fragments classified by the same plastic material information that have been compressed by the compression module. The monitoring module is used to detect and record the amount of compressed plastic container fragments stored in the recycling cup. When the amount of recycled plastic containers reaches the preset amount, the logistics unit is notified to transfer the recycled plastic containers to the processing and reprocessing stage.

8. The plastic container processing system according to claim 6, characterized in that, The crushing mechanism is a downward-pressing crushing mechanism; the downward-pressing crushing mechanism includes an upper mold that presses downwards and a lower mold that carries the plastic containers to be crushed for recycling; the crushing mechanism is a snap-fit ​​pressure crushing mechanism, which includes an electric snap-fit ​​crushing power module, an electric snap-fit ​​module, and an electric snap-fit ​​control module; the electric snap-fit ​​crushing power module is used to provide power for the electric snap-fit ​​module to crush the recycled plastic containers; the electric snap-fit ​​control module is used to control the electric snap-fit ​​module to use appropriate snap-fit ​​force to crush the recycled plastic containers.

9. The plastic container processing system according to claim 7, characterized in that, There are multiple feed inlets, discharge outlets, and recycling cups, and the number of each is the same. The number of feed inlets, discharge outlets, and recycling cups is the same as the number of categories of plastic material information classified by the classification module.

10. An integrated device for processing plastic containers, characterized in that, The system includes a support housing and a processing system for plastic containers as described in any one of claims 5-9 disposed within the support housing; the support housing is provided with at least a placement port and a dispensing port; a cleaning mechanism and a recycling and crushing system are disposed within the support housing; the placement port includes a first placement port and a second placement port; the first placement port serves as the inlet for the cleaning mechanism, used to receive plastic containers fed into the processing system; the dispensing port serves as the outlet for the cleaning mechanism, used to place plastic containers that have been cleaned, sterilized, and dried by the cleaning mechanism in an immediate cleaning and recycling mode, and are intended for reuse. The second placement port serves as the input port for plastic containers used in the recycling process; the second placement port is located near the recycling and crushing system.

11. The integrated device for processing plastic containers according to claim 10, characterized in that, The supporting shell is equipped with a storage mechanism, which stores plastic containers in a centralized recycling and cleaning mode or in a recycling and crushing production recycling mode.

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