Intelligent old clothes recycling bin based on mobile internet

Abstract

The invention discloses an intelligent old clothes recycling box based on a mobile internet, and belongs to the technical field of resource recycling and internet application. Comprising a box body, a capacity sensor, a box door, a door opening mechanism, a user clothes distinguishing mechanism, a background management system, a communication module and a mobile platform applet. According to the intelligent old clothes recycling box, recycling convenience is improved, a user can complete putting of old clothes by scanning a code through a mobile terminal, the user does not need to wait for collection by a specially-assigned person, and the convenience of the user participating in old clothes recycling is greatly improved; by establishing an accurate return mechanism based on the clothes quality, the user can obtain an economic return matched with the clothes value, and the enthusiasm of the user in participating in old clothes recovery is effectively improved; through a user clothes distinguishing mechanism, clothes of different users are isolated and identified, and a basis is provided for subsequent accurate quality detection and value evaluation.

Description

Technical Field

[0001] The present invention relates to the technical fields of resource recycling and Internet applications, and particularly to an intelligent used clothing recycling bin based on the mobile Internet. Background Art

[0002] With the improvement of people's living standards, clothing consumption shows a trend of rapid renewal, resulting in a large number of used clothes being闲置 and废弃. At present, the following several used clothing recycling methods mainly exist in the market: placing an order through an online mini-program and the express delivery coming to pick up: users place an order through a mobile phone App or mini-program and wait for the express delivery staff to come to pick up the items. Although this method is convenient, there are limitations such as having to fill in address information, making an appointment time, and waiting for the express delivery to come, and it cannot achieve 24-hour recycling at any time. The user experience is restricted by time and location; traditional non-intelligent free recycling bins: for such recycling bins, users cannot obtain any economic return after putting clothes into them. Such recycling bins can only receive clothes and cannot interact with users. After users put them in, they cannot track the whereabouts and value of the clothes, lacking an effective incentive mechanism, resulting in low user participation enthusiasm; offline manual recycling points or mobile acquisitions: used clothes are recycled through fixed recycling points or mobile acquisition personnel, which are restricted by both time and location, have a limited coverage range, and the recycling price transparency is not high.

[0003] Existing intelligent weighing recycling bins: Some intelligent recycling bins using real-time weighing and automatic quality inspection technologies have emerged in the market, attempting to complete clothing evaluation and return calculation immediately when users put them in. However, such solutions have the following serious defects: the equipment structure is complex, integrating precision weighing and material identification equipment, resulting in extremely high manufacturing and maintenance costs; the automatic detection accuracy is limited, making it difficult to accurately evaluate the actual value and material of clothes; it is extremely vulnerable to malicious operations. Users can defraud returns by putting in non-clothes or low-quality clothes ("wool-shearing" behavior); the system failure rate is high, and the weighing and detection components are easy to damage, affecting the user experience and recycling efficiency; due to cost and operation and maintenance problems, although such recycling bins already exist, the actual delivery volume is extremely small, and it is difficult to form a scale effect. Summary of the Invention

[0004] Object of the Invention: The object of the present invention is to provide an intelligent used clothing recycling bin based on the mobile Internet; it can solve the problems that the existing equipment has a complex structure, integrates precision weighing and material identification equipment, resulting in extremely high manufacturing and maintenance costs; the automatic detection accuracy is limited, making it difficult to accurately evaluate the actual value and material of clothes; it is extremely vulnerable to malicious operations. Users can defraud returns by putting in non-clothes or low-quality clothes ("wool-shearing" behavior); the system failure rate is high, and the weighing and detection components are easy to damage, affecting the user experience and recycling efficiency; due to cost and operation and maintenance problems, although such recycling bins already exist, the actual delivery volume is extremely small, and it is difficult to form a scale effect.

[0005] Technical solution: To solve the above technical problems, according to one aspect of the present invention, more specifically, a smart old clothes recycling box based on mobile Internet, comprising: a box body, a capacity sensor, a box door, a door opening mechanism, a user clothing distinguishing mechanism, a background management system, a communication module and a mobile platform applet;

[0006] Box: used to store recycled clothes;

[0007] Capacity sensor: used to detect whether the clothes in the recycling box have accumulated to a predetermined amount;

[0008] Box door: used to close the box to ensure the box is closed;

[0009] Door opening mechanism: used to receive the corresponding instructions issued by the background management system, and open the door according to the received instructions;

[0010] User clothing classification mechanism: used to separate the clothing put in by the user;

[0011] Backend management system: used to issue corresponding instructions, store relevant information about users and recycled clothes, and calculate recycling rewards for clothes

[0012] Communication module: used to receive the unpacking instruction sent by the background management system, control the door opening mechanism to perform the door opening operation, and transmit the sensing information of the capacity sensor to the background management system;

[0013] Mobile platform mini program: used to perform corresponding operations through the WeChat mini program or Alipay mini program after the user scans the QR code.

[0014] Furthermore, the user clothing distinguishing mechanism is one or more of a physical isolation device, an electronic identification system, an independent coding container, a delivery time recording system, and an automatic stratification device.

[0015] Furthermore, the physical isolation device includes a partition mechanism with a unique identification. After each user finishes putting in clothes, the partition automatically falls to separate the clothes of the current user from the clothes of other users, and the partition identification information is associated with the user account.

[0016] Furthermore, the backend management system includes a user management module, a recycling bin management module, a distribution center management module, a user clothing tracking module and a reward calculation module;

[0017] User management module: used to manage user-related information;

[0018] Recycling bin management module: used to manage recycling bin related information;

[0019] Distribution center management module: used to manage the relevant information of the distribution center;

[0020] User clothing tracking module: used to track the user's clothing throughout the entire process;

[0021] Remuneration calculation module: used to calculate the recycling remuneration according to the preset price standard based on the weight, category, material and quality of the clothes.

[0022] Furthermore, the backend management system stores the correspondence between the user identification information and the user account, which is used to accurately associate the results with the corresponding users after weighing and quality inspection at the distribution center.

[0023] Furthermore, the recycling reward is deposited into the user's account in the mini program in the form of electronic currency, and the user can withdraw it to the associated payment account through the mini program.

[0024] Furthermore, when the capacity sensor detects that the laundry has reached a predetermined amount, a pickup notification is sent to the backend management system through the communication module.

[0025] Furthermore, the working method of the smart old clothes recycling box includes the following steps:

[0026] S1. The user scans the QR code on the recycling box body through a mobile terminal to start the corresponding mobile platform applet;

[0027] S2, the mini program sends a box opening request to the backend management system;

[0028] S3, the background management system sends an opening instruction to the recycling box control system;

[0029] S4, the recycling box control system triggers the door opening mechanism after receiving the opening instruction, and the user puts the old clothes into the recycling box;

[0030] S5, the user clothing distinguishing mechanism is configured to separate and mark the clothing placed by different users each time after the user places the clothing;

[0031] S6. When the clothes in the recycling box accumulate to a predetermined amount, the staff takes out the clothes and transports them to a distribution center while keeping the user identification information of the clothes;

[0032] S7, weighing and quality testing the clothes at the distribution center, and associating them with the corresponding users according to the user identification information;

[0033] S8, the backend management system calculates the recycling reward based on the weighing and quality inspection results and notifies the user;

[0034] S9. Users can obtain rewards by withdrawing cash through the mini program.

[0035] Furthermore, the steps of weighing and quality testing the clothes at the distribution center include:

[0036] (1) The staff classifies and sorts the clothes of different users according to the recorded user identification information;

[0037] (ii) Weigh the clothes of different users using an electronic scale;

[0038] (3) Manual inspection of the material, condition and quality of clothing;

[0039] (iv) Enter the weighing and quality inspection results and the corresponding user identification information into the backend management system.

[0040] Beneficial effects: The smart old clothes recycling box improves the convenience of recycling: users can complete the delivery of old clothes by scanning the code through the mobile terminal, without waiting for special personnel to collect, which greatly improves the convenience of users participating in the recycling of old clothes; enhances the enthusiasm of users to participate: by establishing an accurate reward mechanism based on the quality of clothes, users can obtain economic returns that match the value of clothes, effectively improving the enthusiasm of users to participate in the recycling of old clothes; realizes accurate management of clothing quality: through the user clothing differentiation mechanism, the isolation and identification of clothes of different users are realized, which provides a basis for subsequent accurate quality inspection and value evaluation; improves recycling efficiency: through capacity monitoring and automatic notification mechanism, timely discovery and processing of overflowing recycling bins are realized, and the efficiency of the recycling process is improved; optimizes user experience: users can understand the processing progress, final value and environmental contribution of their clothes in real time through the mini program platform, which enhances the transparency of the recycling process and user satisfaction; promotes the recycling of resources: by improving the participation and efficiency of old clothes recycling, the environmental burden caused by clothing disposal is reduced, and the recycling and sustainable development of resources are promoted; cost-effective: compared with the existing real-time weighing quality inspection technology, the present invention reduces the equipment manufacturing and maintenance costs, improves operational efficiency, and has better commercial feasibility. BRIEF DESCRIPTION OF THE DRAWINGS

[0041] Figure 1 It is a schematic diagram of the working method of the smart old clothes recycling box. DETAILED DESCRIPTION

[0042] In order to make the technical solution of the present invention clearer, the present invention is further described in detail below with reference to the accompanying drawings and specific embodiments.

[0043] Example 1

[0044] In the first step, the user scans the QR code on the recycling box body through a mobile terminal to start the corresponding mobile platform applet.

[0045] In the second step, the mini program sends an unpacking request to the background management system.

[0046] In the third step, the background management system sends an opening instruction to the recycling box control system.

[0047] In the fourth step, after receiving the box opening instruction, the recycling box control system sends a door opening instruction. The communication module receives the door opening instruction and controls the door opening mechanism to perform the door opening operation to open the box door, and the user puts the old clothes into the recycling box.

[0048] The fifth step is that the user clothing differentiation mechanism is one or more of a physical isolation device, an electronic identification system, an independent coding container, a delivery time recording system, and an automatic layering device, and the clothing delivered by different users is isolated and identified after each user delivers the clothing.

[0049] The physical isolation device includes a partition mechanism with a unique identification. After each user finishes putting in clothes, the partition will automatically fall to separate the clothes of the current user from the clothes of other users, and the partition identification information will be associated with the user account.

[0050] Step 6: When the capacity sensor detects that the amount of clothes in the smart recycling box reaches a predetermined amount, a pickup notification is sent to the background management system through the communication module, and the staff takes out the clothes and transports them to the distribution center while keeping the user identification information of the clothes;

[0051] The seventh step is to weigh and inspect the quality of the clothes at the distribution center, and associate them with the corresponding users based on the user identification information.

[0052] The steps for weighing and quality testing of clothing at the distribution center include:

[0053] (1) The staff classifies and sorts the clothes of different users according to the recorded user identification information;

[0054] (ii) Weigh the clothes of different users using an electronic scale;

[0055] (3) Manual inspection of the material, condition and quality of clothing;

[0056] (IV) Enter the weighing and quality inspection results and the corresponding user identification information into the backend management system

[0057] In the eighth step, the backend management system calculates the recycling fee according to the weight, type, material and quality of the clothes according to the preset price standard and notifies the user.

[0058] In the ninth step, the user obtains rewards by withdrawing money through the mini program, and the rewards are deposited into the user's account in the mini program in the form of electronic currency. The user can withdraw the rewards to the associated payment account through the mini program.

[0059] The above-mentioned embodiments only express several implementation methods of the present invention, and the description thereof is relatively specific and detailed, but it cannot be understood as limiting the scope of the patent of the present invention. It should be pointed out that, for ordinary technicians in this field, several variations and improvements can be made without departing from the concept of the present invention, which all belong to the protection scope of the present invention. Therefore, the protection scope of the patent of the present invention shall be subject to the attached claims.

Claims

1. A smart old clothes recycling box based on mobile Internet, characterized in that: include: Box body, capacity sensor, box door, door opening mechanism, user clothing distinction mechanism, backend management system, communication module and mobile platform applet; Box: used to store recycled clothes; Capacity sensor: used to detect whether the clothes in the recycling box have accumulated to a predetermined amount; Box door: used to close the box to ensure the box is closed; Door opening mechanism: used to receive the corresponding instructions issued by the background management system, and open the door according to the received instructions; User clothing classification mechanism: used to separate the clothing put in by the user; Backend management system: used to issue corresponding instructions, store relevant information about users and recycled clothes, and calculate recycling rewards for clothes Communication module: used to receive the unpacking instruction sent by the background management system, control the door opening mechanism to perform the door opening operation, and transmit the sensing information of the capacity sensor to the background management system; Mobile platform mini program: used to perform corresponding operations through the WeChat mini program or Alipay mini program after the user scans the QR code.

2. According to claim 1, the smart old clothes recycling box based on mobile Internet is characterized by: The user clothing distinguishing mechanism is one or more of a physical isolation device, an electronic identification system, an independent coding container, a delivery time recording system, and an automatic layering device.

3. According to claim 2, the smart old clothes recycling box based on mobile Internet is characterized by: The physical isolation device includes a partition mechanism with a unique identification. After each user puts in clothes, the partition automatically falls to separate the clothes of the current user from the clothes of other users, and the partition identification information is associated with the user account.

4. According to claim 1, the smart old clothes recycling box based on mobile Internet is characterized in that: The backend management system includes a user management module, a recycling bin management module, a distribution center management module, a user clothing tracking module and a reward calculation module; User management module: used to manage user-related information; Recycling bin management module: used to manage recycling bin related information; Distribution center management module: used to manage the relevant information of the distribution center; User clothing tracking module: used to track the user's clothing throughout the entire process; Remuneration calculation module: used to calculate the recycling remuneration according to the preset price standard based on the weight, category, material and quality of the clothes.

5. According to claim 1, the smart old clothes recycling box based on mobile Internet is characterized by: The backend management system stores the corresponding relationship between the user identification information and the user account, which is used to accurately associate the results with the corresponding users after the weighing quality inspection at the distribution center.

6. The smart old clothes recycling box based on mobile Internet according to claim 4 is characterized by: The recycling reward is deposited into the user's account in the mini program in the form of electronic currency, and the user can withdraw it to the associated payment account through the mini program.

7. The smart old clothes recycling box based on mobile Internet according to claim 1 is characterized by: When the capacity sensor detects that the laundry reaches a predetermined amount, a pickup notification is sent to the background management system through the communication module.

8. The smart old clothes recycling box based on mobile Internet according to claim 1 is characterized by: The working method of the smart old clothes recycling box comprises the following steps: S1. The user scans the QR code on the recycling box body through a mobile terminal to start the corresponding mobile platform applet; S2, the mini program sends a box opening request to the backend management system; S3, the background management system sends an opening instruction to the recycling box control system; S4, the recycling box control system triggers the door opening mechanism after receiving the opening instruction, and the user puts the old clothes into the recycling box; S5, the user clothing distinguishing mechanism is configured to separate and mark the clothing placed by different users each time after the user places the clothing; S6. When the clothes in the recycling box accumulate to a predetermined amount, the staff takes out the clothes and transports them to a distribution center while keeping the user identification information of the clothes; S7, weighing and quality testing the clothes at the distribution center, and associating them with the corresponding users according to the user identification information; S8, the backend management system calculates the recycling reward based on the weighing and quality inspection results and notifies the user; S9. Users can obtain rewards by withdrawing cash through the mini program.

9. The smart old clothes recycling box based on mobile Internet according to claim 5 is characterized by: The steps of weighing and quality testing the clothes at the distribution center include: (1) The staff classifies and sorts the clothes of different users according to the recorded user identification information; (ii) Weigh the clothes of different users using an electronic scale; (3) Manual inspection of the material, condition and quality of clothing; (iv) Enter the weighing and quality inspection results and the corresponding user identification information into the backend management system.

Images