Intelligent recoverable material classification and recovery device under low-carbon background and device use and user carbon emission reduction integral accumulation integrated method

Abstract

The invention discloses an intelligent recyclable material classification and recovery device under a low-carbon background and a method for integrating device use and user carbon emission reduction integral accumulation, and the intelligent recovery device is composed of a recyclable material recovery and storage part and a comprehensive intelligent part. The recoverable object recycling and storing part is composed of an upper top plate provided with a solar panel and a built-in storage battery, a front panel, a left side plate, a right side plate, a rear back plate, a fabric putting opening cover plate, a glass putting opening cover plate, a metal putting opening cover plate, a plastic putting opening cover plate, a paper putting opening cover plate, a second-hand object putting opening cover plate, a base with an elastic piece and a recoverable object overflow alarm. The comprehensive intelligent part is composed of a touch screen with a built-in camera, an LED nixie tube, an electronic scale, a recoverable object weighing table, a PLC intelligent storage processing control center and a storage cabinet with a goods shelf and an automatic object taking device; the intelligent recovery device is high in classification recovery efficiency, high in precision, compact in structure, capable of generating power through solar energy and being driven through green electricity, capable of achieving overflow alarm to maximize the space utilization rate of the box body, few in manpower, financial resources and material resources and high in efficiency; by using the method, the integration of intelligent classified putting and recycling of recoverable materials and calculation, accumulation and exchange of user carbon emission reduction points can be realized.

Description

Technical Field

[0001] The present invention belongs to the technical field of household waste classification and low-carbon resource utilization, and specifically relates to an intelligent classification and recovery device for recyclables under a low-carbon background, an integrated method for the use of the device and the accumulation of user carbon emission reduction points. Background Art

[0002] At present, my country is vigorously promoting the classification of domestic waste and the resource utilization of recyclables. Under the background of "dual carbon", people pay more attention to carbon emission reduction. At present, the overall efficiency of domestic waste classification in my country is still not high, residents' awareness of carbon reduction needs to be improved, and measures related to domestic waste classification to promote carbon emission reduction need to be strengthened. At present, there are relatively few recyclable classification and recycling devices commonly used, and the intelligence level of the devices is generally not high. Suitable domestic waste classification intelligent devices under the low-carbon background, especially recyclable intelligent classification devices, are even rarer. At present, there is a lack of a recyclable intelligent classification and recycling device combined with carbon emission reduction accounting, and there is also a lack of an integrated method for the use of recyclable intelligent classification and recycling devices and the accumulation of carbon emission reduction points by users. Summary of the invention

[0003] The existing recycling devices for recyclables of ordinary domestic waste are not very targeted and have low recycling efficiency. They lack the carbon emission reduction accounting function corresponding to the classification of recyclables and second-hand items, and the intelligence level is not high. People do not get a sense of recognition of their contribution to carbon emission reduction when they classify and place recyclables and second-hand items. In response to this situation, the present invention proposes an intelligent classification and recycling device for recyclables under a low-carbon background, and on this basis, also proposes an integrated method for the use of the device and the accumulation of user carbon emission reduction points. The intelligent device can be used to improve the efficiency of classification and recycling of recyclables and second-hand items. The integrated method can be used to realize the classified placement and recycling of recyclables and second-hand items, obtain the carbon emission reduction corresponding to the classified placement and recycling and the accumulation of user carbon emission reduction points, and redeem user carbon emission reduction points. The intelligent classification and recycling of recyclables and second-hand items and the accumulation and redemption of user carbon emission reduction points can be integrated at the same time.

[0004] In order to solve the above technical problems, the technical solution of the present invention is: to provide an intelligent classification and recycling device for recyclables under a low-carbon background, which consists of two parts: a recyclable recovery and storage part and a comprehensive intelligent part; the recyclable recovery and storage part is closely connected with the comprehensive intelligent part, and the recyclable recovery and storage part is located on the left side of the comprehensive intelligent part.

[0005] The recyclables recycling and storage part is composed of an upper top plate with solar panels and built-in batteries, a front panel, a left side plate, a right side plate, a back panel, a fabric inlet cover, a glass inlet cover, a metal inlet cover, a plastic inlet cover, a paper inlet cover, a second-hand item inlet cover, a base with shrapnel, a recyclables overflow alarm, a fabric recycling box, a glass recycling box, a metal recycling box, a plastic recycling box, a paper recycling box and a second-hand item recycling box. The front panel, the left side plate, the back panel, the right side plate, the upper top plate with solar panels and built-in batteries and the base with shrapnel are seamlessly welded in sequence. The recyclables overflow alarm is installed in the center of the inner wall of the upper top plate with solar panels and built-in batteries. The upper part of the front panel is provided with The fabric inlet, glass inlet, metal inlet, plastic inlet, paper inlet and second-hand article inlet are all provided with a fabric inlet cover plate, a glass inlet cover plate, a metal inlet cover plate, a plastic inlet cover plate, a paper inlet cover plate and a second-hand article inlet cover plate on the upper edge of each of which is provided with a driving shaft, and is tightly connected to the upper edge of the corresponding inlet (fabric inlet, glass inlet, metal inlet, plastic inlet, paper inlet and second-hand article inlet) through the driving shaft. The fabric recycling box, the glass recycling box, the metal recycling box, the plastic recycling box, the paper recycling box and the second-hand article recycling box are placed on the base with the spring sheet from left to right, and the upper edge of the outer wall of each recycling box is opposite to the lower outer edge of the corresponding inlet from left to right;

[0006] The comprehensive intelligent part is attached to the right side panel of the intelligent recycling device, and is composed of a touch screen with a built-in camera, an LED digital tube, an electronic scale, a recyclable weighing platform, a PLC intelligent storage and processing control center, and a locker with shelves and automatic retrieval devices. The electronic scale is placed on the recyclable weighing platform, and the recyclable weighing platform is located in front of the locker with shelves and automatic retrieval components. The locker with shelves and automatic retrieval components is provided with a door on the right side, and the retrieval port is located at the bottom of the door. The touch screen with a built-in camera is hung on the upper end of the outer wall in front of the locker with shelves and automatic retrieval components, and the LED digital tube is located at the bottom of the recyclable weighing platform. The PLC intelligent storage and processing control center is located inside the recyclable weighing platform, above the weighing platform, below the touch screen with built-in camera, and in the middle of the outer wall directly in front of the locker with shelves and automatic retrieval components. The upper plate with built-in solar panels and batteries, the recyclable overflow alarm, the fabric inlet cover, the glass inlet cover, the metal inlet cover, the plastic inlet cover, the paper inlet cover, the second-hand item inlet cover's drive shaft, the base with spring clips, the touch screen with built-in camera, the LED digital tube, the electronic scale, and the retrieval port are all connected to the PLC intelligent storage and processing control center through wires.

[0007] A method for integrating the use of intelligent classification and recycling equipment for recyclables and the accumulation of carbon emission reduction points for users under a low-carbon background integrates five stages and one process, namely, weighing and image recognition, classification and placement of recyclables, calculation and accumulation of carbon emission reduction points, removal of recyclables and second-hand items and return to recycling bins, preparation for the recovery and exchange of second-hand items, and exchange of carbon emission reduction points for users, thereby realizing the integration of intelligent classification and recycling of recyclables and accumulation of carbon emission reduction points for users;

[0008] During the weighing and image recognition stage, the user places the classified recyclables on the electronic scale, which displays the mass of the classified recyclables in real time and transmits the mass information of the recyclables to the PLC intelligent storage and processing control center through wires. The camera of the touch screen with a built-in camera collects the image information of the recyclables on the electronic scale and transmits it to the PLC intelligent storage and processing control center, which compares the image information of the classified recyclables stored and confirms the type of recyclables.

[0009] In the stage of classified placement of recyclables, taking common paper as an example (the classified placement of other types of recyclables is the same as paper), the camera of the touch screen with a built-in camera collects the image information of the recyclables on the electronic scale and transmits it to the PLC intelligent storage and processing control center, which compares it with the stored classified recyclable image information and confirms that the recyclables are paper. The PLC intelligent storage and processing control center controls the paper placement port cover to drive the shaft to rotate and open the paper placement port cover. The user puts the paper into the paper recycling bin through the paper placement port. After the paper is put in, the PLC intelligent storage and processing control center controls the paper placement port cover to drive the shaft to rotate and close the paper placement port cover, and the paper classification placement stage ends (the classified placement of other types of recyclables is the same as paper);

[0010] The preparatory process for the recycling and exchange of second-hand items is as follows: the user selects the second-hand item placement function on the touch screen with a built-in camera, and the user places the second-hand items on an electronic scale. The electronic scale displays the quality of the second-hand items in real time and transmits the quality information of the second-hand items to the PLC intelligent storage and processing control center through a wire. The camera of the touch screen with a built-in camera collects the image information of the second-hand items on the electronic screen and transmits it to the PLC intelligent storage and processing control center. The PLC intelligent storage and processing control center compares the image information of the second-hand items stored, confirms the type of the second-hand items, estimates the carbon emission reduction credit value that can be obtained by recycling the second-hand items, and displays it on the touch screen with a built-in camera. The user places the second-hand items into the second-hand item recycling box and obtains the corresponding carbon emission reduction credits. The recycled second-hand items are centrally cleaned, photographed, coded, and placed in a locker with shelves and automatic pickup components by the staff. The photos, codes, and carbon emission reduction credits consumed for the exchange of the recycled second-hand items are stored in the PLC intelligent storage and processing control center. The above is the preparatory process for the recycling and exchange of second-hand items.

[0011] During the carbon emission reduction credit calculation and accumulation stage, the PLC intelligent storage and processing control center has a built-in unit for analyzing and processing data, which can calculate carbon emission reduction credits. The PLC intelligent storage and processing control center substitutes the recyclable material category and mass obtained in the weighing and image recognition stage into the carbon emission reduction calculation formula for the corresponding category of recyclables written in advance to calculate the carbon emission reduction, and obtains the carbon emission reduction of this classified recycling, and displays it on the LED digital tube. The PLC intelligent storage and processing control center then converts the carbon emission reduction into the corresponding carbon emission reduction credits. The user's carbon emission reduction credits are displayed on the touch screen of the built-in camera and stored in the PLC intelligent storage and processing control center. At the same time, the user's carbon emission reduction credits are accumulated and recorded in the user's personal account. The user can use the carbon emission reduction credits to redeem daily necessities, second-hand items or community services put in by other users, or cash and other physical rewards;

[0012] During the recyclable and second-hand item removal and recycling bin placement stage, when the amount of recyclables or second-hand items in a certain category (or categories) in the recycling bin (fabric recycling bin, glass recycling bin, metal recycling bin, plastic recycling bin, paper recycling bin, second-hand item recycling bin) is about to reach the set limit, the recyclable overflow alarm will sound an alarm, indicating that the recycling bin or second-hand item recycling bin of that category (or categories) is about to be full, and then the recyclables or (and) second-hand items will be cleared out, and the PLC intelligent storage processing control center will control The base with the shrapnel lowers the shrapnel, and the staff can pull out each recycling bin (fabric recycling bin, glass recycling bin, metal recycling bin, plastic recycling bin, paper recycling bin, second-hand item recycling bin) as needed, and then clear out the recyclables in the recycling bin of this type (or several types) or the second-hand items in the second-hand item recycling bin, and then put the recycling bin of this type (or several types) or (and) the second-hand item recycling bin back to the original position, and the PLC intelligent storage processing control center controls the base with the shrapnel to raise the shrapnel, and the stage of clearing out the recyclables and second-hand items and returning the recycling bin is completed;

[0013] During the user carbon emission reduction points redemption stage, when the user uses this device for the first time, he / she uses the mobile phone to scan the QR code displayed on the touch screen of the built-in camera, download the APP, register and bind a personal account, and perform face recognition through the camera of the touch screen of the built-in camera. The same personal account only needs to scan the QR code to bind and perform face recognition separately to support simultaneous use by multiple family members (including the elderly and children). The PLC intelligent storage and processing control center stores the user's personal account information. Users who have completed the registration can directly use their personal account by swiping their faces through the touch screen of the built-in camera. Users who use this device to put out classified recyclables and second-hand items on a daily basis will obtain corresponding carbon emission reduction points and accumulate them in the user's personal account; the lockers with shelves and automatic retrieval components are filled with daily necessities such as toothpaste, towels, and tissues, as well as selected second-hand items. The lockers with shelves and automatic retrieval components are filled with Each type of item has a corresponding picture and information about the carbon emission reduction points that should be consumed for its exchange. The information is stored in the PLC intelligent storage and processing control center and can be displayed on the touch screen of the built-in camera. The user selects the carbon emission reduction points exchange function on the touch screen of the built-in camera, browses the information of the items that can be exchanged on the touch screen of the built-in camera, and selects the items to be exchanged on the touch screen of the built-in camera. The PLC intelligent storage and processing control center deducts the corresponding carbon emission reduction points from the user's personal account and enables the locker with shelves and automatic pickup components to transport the items selected by the user to the pickup port. The PLC intelligent storage and processing control center controls the pickup port to open, and the user takes out the exchanged items from the pickup port. After that, the pickup port is closed, and the user's carbon emission reduction points exchange phase ends; the user can also directly put in classified recyclables or second-hand items without registering an account, but there will be no corresponding carbon emission reduction points reward;

[0014] The beneficial effects of the present invention are:

[0015] The advantages of this intelligent device are: (1) It improves the efficiency of classified recycling and is highly accurate; (2) The intelligent device has a compact structure, can generate electricity using solar energy, can be driven by green electricity, and the overflow alarm can maximize the utilization of the box space; (3) Compared with other devices, this intelligent device requires less manpower, financial resources, and material resources and is highly efficient. It innovates and creates under the existing devices, and improves the integration of classified recycling of recyclables and second-hand items and the accumulation and exchange of carbon emission reduction accounting points.

[0016] The advantages of this integrated method are: it overcomes the problems of low classification efficiency, poor accuracy and lack of corresponding carbon emission reduction accounting points accumulation and exchange functions of ordinary recyclables recycling devices. This method realizes the integrated application of weighing and image recognition, classification and placement of recyclables, calculation and accumulation of carbon emission reduction points, removal of recyclables and second-hand items and return of recycling bins, preparation for the recovery and exchange of second-hand items, and exchange of user carbon emission reduction points. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 Main view of a smart classification and recycling device for recyclables in a low-carbon context

[0018] Figure 2 Left view of a smart recycling device for recyclables in a low-carbon context

[0019] Figure 3 A cross-sectional view of an intelligent classification and recycling device for recyclables in a low-carbon context

[0020] Figure 4 Right view of a smart classification and recycling device for recyclables in a low-carbon context DETAILED DESCRIPTION

[0021] The present invention is further described below in conjunction with the accompanying drawings.

[0022] like Figure 1 , Figure 2 , Figure 3 , Figure 4 As shown, a recyclable intelligent classification and recycling device under a low-carbon background is composed of two parts: a recyclable recovery and storage part I and a comprehensive intelligent part II; the recyclable recovery and storage part I is closely connected with the comprehensive intelligent part II, and the recyclable recovery and storage part I is located on the left side of the comprehensive intelligent part II.

[0023] The recyclable material recovery and storage part I is composed of an upper top plate 1 with a solar panel and a built-in battery, a front panel 2, a left side plate 3, a right side plate 4, a back plate 5, a fabric inlet cover 6, a glass inlet cover 7, a metal inlet cover 8, a plastic inlet cover 9, a paper inlet cover 10, a second-hand article inlet cover 11, a base 18 with shrapnel, a recyclable material overflow alarm 19, a fabric recycling box 20, a glass recycling box 21, a metal recycling box 22, a plastic recycling box 23, a paper recycling box 24 and a second-hand article recycling box 25. The front panel 2, the left side plate 3, the back plate 5, the right side plate 4, the upper top plate 1 with a solar panel and a built-in battery and the base 18 with shrapnel are seamlessly welded in sequence. The recyclable material overflow alarm 19 is installed on the inner wall of the upper top plate 1 with a solar panel and a built-in battery in the center position. The upper part of the front panel 2 is provided with a fabric recycling box 20, a glass recycling box 21, a metal recycling box 22, a plastic recycling box 23, a paper recycling box 24 and a second-hand article recycling box 25. The fabric delivery port 12, glass delivery port 13, metal delivery port 14, plastic delivery port 15, paper delivery port 16 and second-hand item delivery port 17 are provided with a fabric delivery port cover plate 6, a glass delivery port cover plate 7, a metal delivery port cover plate 8, a plastic delivery port cover plate 9, a paper delivery port cover plate 10 and a second-hand item delivery port cover plate 11 on the upper edge of which are provided with a driving shaft and are closely connected with the upper edges of the corresponding delivery ports, the fabric delivery port 12, the glass delivery port 13, the metal delivery port 14, the plastic delivery port 15, the paper delivery port 16 and the second-hand item delivery port 17 through the driving shaft, and the fabric recycling box 20, the glass recycling box 21, the metal recycling box 22, the plastic recycling box 23, the paper recycling box 24 and the second-hand item recycling box 25 are placed on the base 18 with the spring sheet from left to right in sequence, and the upper edge of the outer wall of each recycling box is opposite to the lower outer edge of the corresponding delivery port in sequence from left to right;

[0024] The integrated intelligent part II is attached closely to the right side plate 4 of the intelligent recycling device, and is composed of a touch screen 26 with a built-in camera, an LED digital tube 27, an electronic scale 28, a recyclable weighing platform 29, a PLC intelligent storage processing control center 30, and a storage cabinet 31 with a shelf and an automatic retrieval device. The electronic scale 28 is placed on the recyclable weighing platform 29, and the recyclable weighing platform 29 is located in front of the storage cabinet 31 with shelves and automatic retrieval components. The storage cabinet 31 with shelves and automatic retrieval components is provided with a cabinet door 32 on the right side, and a retrieval port 33 is located at the lower part of the cabinet door 32. The touch screen 26 with a built-in camera is hung on the upper end of the outer wall in front of the storage cabinet 31 with shelves and automatic retrieval components, and the LED digital tube 27 is located at the bottom of the recyclable weighing platform 29. A PLC intelligent storage processing control center 30 is located inside the recyclable weighing platform 29, above the receiving weighing platform 29, below the touch screen 26 with a built-in camera, and in the middle of the outer wall directly in front of the locker 31 with shelves and automatic retrieval components. The upper top plate 1 with built-in solar panels and batteries, the recyclable overflow alarm 19, the fabric inlet cover 6, the glass inlet cover 7, the metal inlet cover 8, the plastic inlet cover 9, the paper inlet cover 10, the driving shaft of the second-hand item inlet cover 11, the base 18 with spring clips, the touch screen 26 with a built-in camera, the LED digital tube 27, the electronic scale 28, and the retrieval port 33 are all connected to the PLC intelligent storage processing control center 30 through wires.

[0025] A method for integrating the use of intelligent classification and recycling equipment for recyclables and the accumulation of carbon emission reduction points for users under a low-carbon background integrates five stages and one process, namely, weighing and image recognition, classification and placement of recyclables, calculation and accumulation of carbon emission reduction points, removal of recyclables and second-hand items and return to recycling bins, preparation for the recovery and exchange of second-hand items, and exchange of carbon emission reduction points for users, thereby realizing the integration of intelligent classification and recycling of recyclables and accumulation of carbon emission reduction points for users;

[0026] During the weighing and image recognition stage, the user places the classified recyclables on the electronic scale 28, which displays the mass of the classified recyclables in real time and transmits the mass information of the recyclables to the PLC intelligent storage processing control center 30 through a wire. The camera of the touch screen 26 with a built-in camera collects the image information of the recyclables on the electronic scale 28 and transmits it to the PLC intelligent storage processing control center 30, which compares the PLC intelligent storage processing control center 30 with the stored classified recyclables image information to confirm the type of recyclables.

[0027] During the recyclables classification and delivery stage, taking common paper as an example, other types of recyclables are classified and delivered as paper. The camera of the touch screen 26 with a built-in camera collects image information of recyclables on the electronic scale 28 and transmits it to the PLC intelligent storage processing control center 30. The PLC intelligent storage processing control center 30 compares it with the stored classified recyclables image information and confirms that the recyclables are paper. The PLC intelligent storage processing control center 30 controls the paper delivery port cover 10 to drive the shaft to rotate and the paper delivery port cover 10 to open. The user delivers paper into the paper recycling box 24 through the paper delivery port 16. After delivery, the PLC intelligent storage processing control center 30 controls the paper delivery port cover 10 to drive the shaft to rotate and the paper delivery port cover 10 to close. The paper classification and delivery stage ends. Other types of recyclables are classified and delivered as paper.

[0028] In the preparatory process for recycling and exchanging second-hand items, the user selects the second-hand item placement function on the touch screen 26 with a built-in camera, and the user places the second-hand item on the electronic scale 28. The electronic scale 28 displays the quality of the second-hand item in real time and transmits the quality information of the second-hand item to the PLC intelligent storage processing control center 30 through a wire. The camera of the touch screen 26 with a built-in camera collects the image information of the second-hand item on the electronic scale 28 and transmits it to the PLC intelligent storage processing control center 30. The PLC intelligent storage processing control center 30 compares it with the stored image information of the second-hand item and confirms the quality of the second-hand item. The product type is estimated, and the carbon emission reduction credit value that can be obtained by recycling the second-hand item is displayed on the touch screen 26 with a built-in camera. The user puts the second-hand item into the second-hand item recycling box 25 and obtains the corresponding carbon emission reduction credit; the recycled second-hand items are centrally cleaned, photographed, coded, and placed in a storage cabinet 31 with shelves and automatic retrieval components by the staff. The photos, codes, and carbon emission reduction credits consumed for the exchange of the recycled second-hand items are stored in the PLC intelligent storage processing control center 30. The above is the preliminary preparation process for the recycling and exchange of second-hand items;

[0029] In the carbon emission reduction credit calculation and accumulation stage, the PLC intelligent storage processing control center 30 is equipped with a unit for analyzing and processing data, and can calculate carbon emission reduction credits. The PLC intelligent storage processing control center 30 substitutes the recyclable material category and mass obtained in the weighing and image recognition stage into the carbon emission reduction calculation formula for the corresponding category of recyclables written in advance to calculate the carbon emission reduction, and obtains the carbon emission reduction of this classified recycling, and displays it on the LED digital tube 27. The PLC intelligent storage processing control center 30 then converts the carbon emission reduction into the corresponding carbon emission reduction credits. The user's carbon emission reduction credits are displayed on the touch screen 26 of the built-in camera and stored in the PLC intelligent storage processing control center 30. At the same time, the user's carbon emission reduction credits are accumulated and recorded in the user's personal account. The user can use the carbon emission reduction credits to exchange for daily necessities, second-hand items put in by other users, community services, or cash and other physical rewards;

[0030] During the stage of clearing out recyclables and second-hand items and returning them to the recycling bins, when the amount of recyclables or second-hand items in a certain category (or several categories) in the recycling bins, such as the fabric recycling bin 20, the glass recycling bin 21, the metal recycling bin 22, the plastic recycling bin 23, the paper recycling bin 24, and the second-hand item recycling bin 25, is about to reach the set limit, the recyclable overflow alarm 19 will sound an alarm, indicating that the recycling bin or the second-hand item recycling bin 25 of the category or categories is about to be full, and then the recyclables or second-hand items will be cleared out, and the PLC intelligent storage processing control center 30 will control the belt The base 18 of the shrapnel lowers the shrapnel, and the staff can pull out the fabric recycling box 20, the glass recycling box 21, the metal recycling box 22, the plastic recycling box 23, the paper recycling box 24, and the second-hand item recycling box 25 as needed, and then clear out the recyclables in the recycling box of this type or these types or the second-hand items in the second-hand item recycling box 25, and then put the recycling box of this type or these types or the second-hand item recycling box 25 back to the original position, and the PLC intelligent storage processing control center 30 controls the base 18 with the shrapnel to raise the shrapnel, and the stage of clearing out the recyclables and second-hand items and returning the recycling box is completed;

[0031] During the user carbon emission reduction credit redemption stage, when the user uses the device for the first time, he uses a mobile phone to scan the QR code displayed on the touch screen 26 with a built-in camera, download the APP, register and bind a personal account, and perform face recognition through the camera of the touch screen 26 with a built-in camera. The same personal account only needs to scan the QR code to bind and perform face recognition separately to support simultaneous use by multiple family members including the elderly and children. The PLC intelligent storage and processing control center 30 stores the user's personal account information. Users who have completed registration can directly use their personal accounts by scanning their faces through the touch screen 26 with a built-in camera. Users who use the device to place classified recyclables and second-hand items on a daily basis will obtain corresponding carbon emission reduction credits and accumulate them in the user's personal account; the locker 31 with shelves and automatic pick-up components is equipped with toothpaste, towels, tissues and other daily necessities and preferred second-hand items. Each category of items in the locker 31 with shelves and automatic pick-up components has corresponding The information of the carbon emission reduction points consumed for the picture and its exchange is stored in the PLC intelligent storage processing control center 30 and can be displayed on the touch screen 26 of the built-in camera. The user selects the carbon emission reduction points exchange function on the touch screen 26 of the built-in camera, browses the information of the items that can be exchanged on the touch screen 26 of the built-in camera, and selects the items to be exchanged on the touch screen 26 of the built-in camera. The PLC intelligent storage processing control center 30 deducts the corresponding carbon emission reduction points from the user's personal account and enables the locker 31 with shelves and automatic picking components to transport the items selected by the user to the picking port 33. The PLC intelligent storage processing control center 30 controls the picking port 33 to open, and the user takes out the exchanged items from the picking port 33. Then the picking port 33 is closed, and the user's carbon emission reduction points exchange phase ends; the user can also directly put in classified recyclables or second-hand items without registering an account, but there will be no corresponding carbon emission reduction points reward.

Claims

1. A low-carbon intelligent classification and recycling device for recyclables, characterized by: The invention comprises two parts: a recyclable material recovery and storage part (I) and a comprehensive intelligent part (II); the recyclable material recovery and storage part (I) comprises an upper top plate (1) provided with a solar panel and a built-in storage battery, a front plate (2), a left side plate (3), a right side plate (4), a back plate (5), a fabric inlet cover plate (6), a glass inlet cover plate (7), a metal inlet cover plate (8), a plastic inlet cover plate (9), a paper inlet cover plate (10), a second-hand article inlet cover plate (11), a base with a spring piece (18), and a recyclable material overflow alarm. The intelligent recycling device is composed of an alarm device (19), a fabric recycling box (20), a glass recycling box (21), a metal recycling box (22), a plastic recycling box (23), a paper recycling box (24) and a second-hand item recycling box (25). The comprehensive intelligent part (II) is closely attached to the right side plate (4) of the intelligent recycling device, and is composed of a touch screen with a built-in camera (26), an LED digital tube (27), an electronic scale (28), a recyclable weighing platform (29), a PLC intelligent storage and processing control center (30), and a storage cabinet (31) with a shelf and an automatic retrieval device.

2. According to the low-carbon background of the recyclable intelligent classification and recycling device of claim 1, it is characterized by The front panel (2), the left side panel (3), the back panel (5), the right side panel (4), the upper top panel (1) with a solar panel and a built-in storage battery, and the base (18) with a spring sheet are seamlessly welded in sequence; the recyclable overflow alarm (19) is installed at the center of the inner wall of the upper top panel (1) with a solar panel and a built-in storage battery; the upper part of the front panel (2) is provided with a fabric delivery port (12), a glass delivery port (13), a metal delivery port (14), a plastic delivery port (15), a paper delivery port (16), and a second-hand article delivery port (17) in sequence from left to right; the upper edge is provided with a fabric delivery port cover plate (6), a glass delivery port cover plate (7), a metal delivery port cover plate (18), and a second-hand article delivery port (19) with a driving shaft. The opening cover plate (8), the plastic opening cover plate (9), the paper opening cover plate (10), and the second-hand article opening cover plate (11) are tightly connected to the upper edges of the corresponding openings (the fabric opening (12), the glass opening (13), the metal opening (14), the plastic opening (15), the paper opening (16), and the second-hand article opening (17)) through a driving shaft; the fabric recycling box (20), the glass recycling box (21), the metal recycling box (22), the plastic recycling box (23), the paper recycling box (24), and the second-hand article recycling box (25) are placed on the base (18) with the spring sheet in sequence from left to right, and the upper edges of the outer walls of the recycling boxes are in sequence from left to right. The electronic scale (28) is placed on the recyclable weighing platform (29), the recyclable weighing platform (29) is located in front of the storage cabinet (31) with shelves and automatic picking components, the storage cabinet (31) with shelves and automatic picking components is provided with a cabinet door (32) on the right side, and the picking port (33) is located below the cabinet door (32), the touch screen (26) with a built-in camera is hung on the upper end of the outer wall in front of the storage cabinet (31) with shelves and automatic picking components, and the LED digital tube (27) is located above the recyclable weighing platform (29), below the touch screen (26) with a built-in camera, and in front of the storage cabinet (31) with shelves and automatic picking components. In the middle of the front outer wall, a PLC intelligent storage processing control center (30) is located inside the recyclable weighing platform (29), and an upper top plate (1) with built-in solar panels and batteries, a recyclable overflow alarm (19), a fabric inlet cover (6), a glass inlet cover (7), a metal inlet cover (8), a plastic inlet cover (9), a paper inlet cover (10), a second-hand article inlet cover (11) and a driving shaft, a base with a spring (18) and a touch screen (26) with a built-in camera, an LED digital tube (27), an electronic scale (28), and a take-out port (33) are all connected to the PLC intelligent storage processing control center (30) through wires.

3. According to the low-carbon background of the recyclable intelligent classification and recycling device described in claims 1 and 2, it is characterized by The recyclables or second-hand items put in by the user are first weighed by an electronic scale (28) and the image information collected by the touch screen (26) with a built-in camera is transmitted to the PLC intelligent storage processing control center (30). The PLC intelligent storage processing control center (30) compares the stored recyclables or second-hand items with the image information to confirm the type of recyclables or second-hand items. The PLC intelligent storage processing control center (30) controls the rotation of the drive shaft of the delivery port cover, the delivery port cover (fabric delivery port cover (6), glass delivery port cover (7), metal delivery port cover (8), plastic delivery port cover (9), paper delivery port cover (10), second-hand items delivery port cover (11), etc.) The delivery port cover (11) is opened, and then the user puts recyclables or second-hand items into the corresponding recycling box (fabric recycling box (20), glass recycling box (21), metal recycling box (22), plastic recycling box (23), paper recycling box (24), and second-hand item recycling box (25)). The PLC intelligent storage processing control center (30) controls the delivery port cover to drive the rotating shaft to rotate and the delivery port cover (fabric delivery port cover (6), glass delivery port cover (7), metal delivery port cover (8), plastic delivery port cover (9), paper delivery port cover (10), and second-hand item delivery port cover (11)) to close, and the user obtains corresponding carbon emission reduction points.

4. A method for integrating the use of intelligent classification and recycling equipment for recyclables and the accumulation of carbon emission reduction credits for users under a low-carbon background, characterized in that The five stages and one process of weighing and image recognition, classification and placement of recyclables, calculation and accumulation of carbon emission reduction points, removal of recyclables and second-hand items and return to recycling bins, preparation for the recovery and exchange of second-hand items, and exchange of user carbon emission reduction points are integrated together to realize the integration of intelligent classification and recycling of recyclables and accumulation of user carbon emission reduction points. In the weighing and image recognition stage, the user places the classified recyclables on the electronic scale (28), and the electronic scale (28) displays the mass of the classified recyclables in real time and transmits the mass information of the recyclables to the PLC intelligent storage and processing control center (30) through the wire. The camera of the touch screen (26) with a built-in camera collects the image information of the recyclables on the electronic scale (28) and transmits it to the PLC The intelligent storage processing control center (30) and the PLC intelligent storage processing control center (30) compare the stored classified recyclable image information to confirm the type of recyclables. During the recyclables classification and delivery stage, the camera of the touch screen (26) with the built-in camera collects the image information of the recyclables on the electronic scale (28) and transmits it to the PLC intelligent storage processing control center (30). The PLC intelligent storage processing control center (30) compares the stored classified recyclable image information to confirm the type of recyclables. The PLC intelligent storage processing control center (30) controls the delivery port cover plate to drive the rotating shaft to rotate, the delivery port cover plate (fabric delivery port cover plate (6), glass delivery port cover plate (7), metal delivery port cover plate (8) ), plastic delivery opening cover (9), paper delivery opening cover (10), second-hand item delivery opening cover (11)) are opened, and then the user puts the recyclables or second-hand items into the corresponding recycling box (fabric recycling box (20), glass recycling box (21), metal recycling box (22), plastic recycling box (23), paper recycling box (24), second-hand item recycling box (25)), and the PLC intelligent storage processing control center (30) controls the delivery opening cover to drive the rotating shaft to rotate and the delivery opening cover (fabric delivery opening cover (6), glass delivery opening cover (7), metal delivery opening cover (8), plastic delivery opening cover (9), paper delivery opening cover (10), second-hand item delivery opening cover (11)) is closed, and the second-hand items are recycled and disposed. In the pre-exchange preparation process, the user selects the second-hand item placement function on the touch screen (26) with a built-in camera, and the user places the second-hand item on the electronic scale (28). The electronic scale (28) displays the quality of the second-hand item in real time and transmits the quality information of the second-hand item to the PLC intelligent storage processing control center (30) through a wire. The camera of the touch screen (26) with a built-in camera collects the image information of the second-hand item on the electronic scale (28) and transmits it to the PLC intelligent storage processing control center (30). The PLC intelligent storage processing control center (30) compares the image information of the second-hand item with the stored image information of the second-hand item, confirms the type of the second-hand item, estimates the carbon emission reduction credit value that can be obtained by recycling the second-hand item, and displays it on the touch screen (26) with the built-in camera.The user puts the second-hand item into the second-hand item recycling box (25) and obtains the corresponding carbon emission reduction points; the recycled second-hand items are centrally cleaned, photographed, coded, and placed in a storage cabinet (31) equipped with shelves and automatic retrieval components by the staff. The photos, codes, and carbon emission reduction points consumed for the redemption of the recycled second-hand items are stored in the PLC intelligent storage processing control center (30). The above is the preliminary preparation process for the recycling and redemption of second-hand items; in the carbon emission reduction points calculation and accumulation stage, the PLC intelligent storage processing control center (30) has a built-in unit for analyzing and processing data, which can calculate the carbon emission reduction points. The PLC intelligent storage processing control center (30) stores the recyclable items obtained in the weighing and image recognition stages. The category and quality are substituted into the carbon emission reduction calculation formula of the corresponding category of recyclables written in advance to calculate the carbon emission reduction, and the carbon emission reduction of this classified recycling is obtained and displayed on the LED digital tube (27). The PLC intelligent storage processing control center (30) then converts the carbon emission reduction into corresponding carbon emission reduction points. The user's carbon emission reduction points are displayed on the touch screen (26) of the built-in camera and stored in the PLC intelligent storage processing control center (30). At the same time, the user's carbon emission reduction points are accumulated and recorded in the user's personal account. The user can use the carbon emission reduction points to exchange for daily necessities, second-hand items put in by other users, or community services, or cash and other physical rewards; in the stage of clearing out recyclables and second-hand items and returning them to the recycling bin, when the recycling bin (fabric recycling bin) is When the amount of recyclables or second-hand items in a certain category (or categories) of recycling bins (20, glass recycling bins (21), metal recycling bins (22), plastic recycling bins (23), paper recycling bins (24), and second-hand item recycling bins (25)) is about to reach a set limit, the recyclable overflow alarm (19) will sound an alarm to indicate that the recycling bins (or the categories) of recycling bins or second-hand item recycling bins (25) are about to be full, and then the recyclables or (and) second-hand items are cleared out, and the PLC intelligent storage and processing control center (30) controls the base (18) with shrapnel to lower the shrapnel, and the staff can fill each recycling bin (fabric recycling bin (20), glass recycling bin (21), metal recycling bin (22), plastic recycling bin (23) ), paper recycling bin (24), and second-hand item recycling bin (25) are pulled out as needed, and after being pulled out, the recyclables in the recycling bin of the category (or categories) or the second-hand items in the second-hand item recycling bin (25) are cleared out, and then the recycling bin of the category (or categories) or (and) the second-hand item recycling bin (25) are put back to their original positions, and the PLC intelligent storage processing control center (30) controls the base (18) with the shrapnel to raise the shrapnel, and the stage of clearing out recyclables and second-hand items and returning the recycling bin is ended; in the stage of redeeming user carbon emission reduction points, when the user uses the device for the first time, he uses a mobile phone to scan the QR code displayed on the touch screen (26) with a built-in camera, downloads the APP, registers and binds a personal account, and performs face recognition through the camera of the touch screen (26) with a built-in camera,The same personal account can be used by multiple family members (including the elderly and children) at the same time by simply scanning a QR code to bind and perform face recognition. The PLC intelligent storage processing control center (30) stores the user's personal account information. The registered user can directly use the personal account by face recognition through the touch screen (26) with a built-in camera. The user will obtain corresponding carbon emission reduction points for daily use of the device to place classified recyclables and second-hand items, which will be accumulated in the user's personal account; the locker (31) with shelves and automatic pick-up components is equipped with toothpaste, towels, tissues and other daily necessities and selected second-hand items. Each type of item in the locker (31) with shelves and automatic pick-up components has a corresponding picture and the carbon emission reduction points information that should be consumed for its exchange. The information is stored in the PLC intelligent storage processing control center (30) and can be displayed on the built-in On the touch screen (26) of the camera, the user selects the carbon emission reduction credit redemption function on the touch screen (26) of the built-in camera, browses the information of the items that can be redeemed on the touch screen (26) of the built-in camera, selects the items that he wants to redeem on the touch screen (26) of the built-in camera, and the PLC intelligent storage processing control center (30) deducts the corresponding carbon emission reduction credits from the user's personal account and causes the locker (31) equipped with shelves and automatic picking components to transport the items selected by the user to the picking port (33). The PLC intelligent storage processing control center (30) controls the picking port (33) to open, and the user takes out the redeemed items from the picking port (33). After that, the picking port (33) is closed, and the user's carbon emission reduction credit redemption phase ends; the user may also not register an account and directly put in the classified recyclables or second-hand items, but there will be no corresponding carbon emission reduction credit rewards.

Images