Remote and networking control store and unmanned waste recovery management system and method

Abstract

The invention discloses a remote and networking control store and unmanned duty waste recovery management system and method. Image data are transmitted based on the Internet, real-time talkback is monitored, and waste recycling is remotely controlled. According to the application, the internet is utilized to connect the network port, and the monitoring probe capable of real-time talkback is installed; a seller specific related person sends the waste to a remotely-controlled unattended storefront, and a recycling party specific related person can transmit pictures through videos. The types and values of the waste products are judged by using a deep learning professional technology; and whether it belongs to renewable resources; a seller can be prompted by voice to place waste on the electronic scale, and then the weight on the electronic scale can be seen clearly through a network video, and the weight multiplied by the market recovery price is equal to the money of a specific seller who should be paid and sell; therefore, manpower and time cost are saved, and a recycling party specific related person generated by a traditional recycling point is optimized. The optimized recovery points can realize a one-person multi-point recovery mode.

Description

Technical Field

[0001] The present invention relates to the field of waste recycling management, and in particular to a remote and networked control shop and unmanned waste recycling management system and method. Background Art

[0002] Waste recycling can reprocess and reuse waste, save raw materials and reduce production costs, while reducing the exploitation of natural resources and environmental damage. It is an important environmental protection behavior. It can achieve resource recycling and build a more sustainable social environment.

[0003] The traditional method of waste recycling is for a specific person related to the recycler and a specific person related to the seller to conduct on-site inspection and recycling.

[0004] Traditional waste recycling is: (1) Traditional waste recycling is mainly located in the suburbs of cities, which are far away from the core cities. Due to the long distance, transportation is inconvenient, and people are not clear about which domestic waste is recyclable, so most of them choose to throw it away. This is likely to cause a great waste of recyclable resources. (2) The downstream channel of door-to-door recycling, because door-to-door recycling requires specific people to collect the waste at the door, they do not have comprehensive professional knowledge of the entire waste or the profit value they can generate is small. For example, the profit generated by glass bottles, foam and plastic bottles is small, so they are unwilling to take them away and usually tell them that they are unsaleable.

[0005] The traditional waste recycling model is that the specific persons related to the purchaser and the specific persons related to the seller complete the waste transaction on specific occasions, which is inefficient and time-consuming. The innovative waste recycling can greatly improve the freedom of the specific persons related to the purchaser, and can be applied to people with normal mental capacity between 18 and 80 years old without restrictions on gender or age; at the same time, it can greatly improve the space and freedom for entrepreneurship. Summary of the invention

[0006] Therefore, in order to solve the above-mentioned shortcomings, the present invention provides a remote and networked control store and unattended waste recycling management system and method; based on the Internet transmission of image data, monitoring real-time intercom, remote control of waste recycling is achieved.

[0007] The present invention is implemented in this way, constructing a remote and networked control store and unmanned waste recycling management system, characterized in that; the system is composed of an electronic scale and a monitoring probe with a voice call function installed in the unmanned store, and the system also includes an intelligent device placement table installed in the remote monitoring room and an operation terminal located on the table; each operation terminal conducts voice and video communication with the monitoring probe in an unmanned store.

[0008] According to the invention, a remote and networked control store and unattended waste recycling management system is characterized in that: the operating terminal is a mobile phone.

[0009] According to the invention, a remote and networked control store and unmanned waste recycling management system is characterized in that the system also includes an operating table located in the unmanned store, and the operating table is located next to the electronic scale. The change required for waste recycling can be placed on the operating table next to the electronic scale, so that the seller's specific person can collect it by themselves.

[0010] A remote and networked control shop and unattended waste recycling management method, characterized in that the operation process is as follows;

[0011] Step 1, start the monitoring probe APP;

[0012] Step 2, prompting the customer to place the waste on the electronic scale by themselves;

[0013] Step 3, extracting market information, characteristics and quantity of waste products;

[0014] Step 4, the terminal calculates the scrap value;

[0015] Step 5: Inform the customer of the amount through the APP intercom to complete the payment.

[0016] The present invention has the following advantages: the present invention provides a remote and networked control store and unattended waste recycling management system and method; it is based on the Internet to transmit image data, monitor real-time intercom, and realize remote control of waste recycling. The present application replaces the traditional recycling mode and can abolish the recycling specific person. That is to say, the Internet is used to connect the network port and install a monitoring probe that can intercom in real time; the seller's specific person sends the waste to the remotely controlled unattended store, and the recycling party's specific person can transmit the picture through video. Use deep learning professional technology to judge the type and value of the waste; and whether it belongs to renewable resources. The voice prompts the seller to place the waste on the electronic scale, and then see the weight on the electronic scale through the network video, multiplied by the market recycling price, which is equal to the money to be paid to the seller's specific person; if the seller is an older elderly person, the change can be placed next to the electronic scale, which is convenient for the seller's specific person to withdraw by himself. Thereby saving manpower and time costs, optimizing the recycling party's specific person generated by the traditional recycling point; the optimized recycling point can realize a one-person multi-point recycling mode. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 It is a schematic diagram of the composition of the application system;

[0018] Figure 2 It is a schematic diagram of the layout of the unattended store in this application;

[0019] Figure 3 It is a schematic diagram of the layout of the remote monitoring room in this application;

[0020] Figure 4 It is a schematic diagram of the implementation process of this application.

[0021] Among them: an electronic scale 1, a monitoring probe 2, an operation terminal 3 (mobile phone), and an item placement operation table 4. DETAILED DESCRIPTION

[0022] The following will be combined with the attached Figure 1-Figure 4 The present invention is described in detail, and the technical solutions in the embodiments of the present invention are clearly and completely described. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0023] The present invention provides a remote and networked control store and unattended waste recycling management system, such as Figure 1-Figure 4 As shown, it can be implemented in the following manner; the system comprises an electronic scale 1 and a monitoring probe 2 with a voice call function installed in an unmanned store, and the system also comprises a smart device placement table installed in a remote monitoring room and an operation terminal 3 located on the table; each operation terminal 3 conducts voice and video communication with the monitoring probe 2 in an unmanned store.

[0024] When the remote and networked control store and unattended waste recycling management system according to the present invention are implemented, the operation terminal 3 is a mobile phone.

[0025] When the remote and networked control store and unattended waste recycling management system described in the present invention are implemented; the system also includes an operating table 4 located in the unattended store, and the operating table 4 is located next to the electronic scale. The change required for waste recycling can be placed on the operating table 4 next to the electronic scale, so that the seller's specific person can collect it by himself.

[0026] A remote and networked control shop and unattended waste recycling management method; the operation process is as follows;

[0027] Step 1, start the monitoring probe APP;

[0028] Step 2, prompting the customer to place the waste on the electronic scale by themselves;

[0029] Step 3, extracting market information, characteristics and quantity of waste products;

[0030] Step 4: The end customer calculates the scrap value;

[0031] Step 5: Inform the customer of the amount through the APP intercom to complete the payment.

[0032] The present application provides a remote control business model to replace the traditional recycling model and eliminate the specific person in charge of recycling; that is, the Internet is used to connect to the network port and install a monitoring probe that can talk back and forth in real time; the specific person in charge of the seller sends the waste to the remotely controlled unmanned store, and the specific person in charge of the recycler can transmit the picture through video. Use deep learning professional technology to determine the type and value of the waste. And whether it is a renewable resource. The voice prompts the seller to place the waste on the electronic scale, and then see the weight on the electronic scale through the network video, multiplied by the market recycling price, which is equal to the money to be paid to the specific person in charge of the seller. If the seller is an older person, the change can be placed next to the electronic scale for the specific person in charge of the seller to collect by himself. Thereby saving manpower and time costs, optimizing the specific person in charge of the recycler generated by the traditional recycling point; the optimized recycling point can realize a one-person-multiple-point recycling model.

[0033] This application has the following technical production and innovation points:

[0034] First, the storefront is set up in the street shops in the city, which is convenient for the surrounding residents to send the domestic waste generated in life to the designated recycling outlets, avoiding the contamination and loss of other domestic waste materials and causing the waste of recyclable materials. At the same time, it generates economic value to benefit the people.

[0035] Second, solve the income problem of some people who have no social security and make a living by picking up garbage. Solve the employment problem. Achieve efficient recycling, avoid mutual pollution and waste of resources, reduce energy development, and make full use of renewable resources.

[0036] Third, the traditional recycling model is for specific persons of the purchaser to recycle in a designated area, while the updated recycling method abolishes the specific persons of the designated recycling party. Recycling is carried out by using deep learning technology through video transmission and image data. This saves labor costs and the freedom of remote control of specific persons.

[0037] Fourth, the seller’s specific related person transports the waste to street shops in the city’s core area, making it easier to understand the scope of the waste’s recyclability and, to the greatest extent possible, avoiding the waste from being thrown away due to unclear scope of its recyclability, thereby preventing it from being contaminated with other non-recyclable materials.

[0038] Fifth, the seller's specific person transports the waste to a street shop in the core of the city. The buyer's specific person uses the video image provided by the network port to talk back and forth at the same time. The voice prompts the seller's specific person to put the waste on the electronic scale and then multiply the weight transmitted by the image data by the market recycling price to calculate the amount to be paid. Then the seller's specific person is prompted how much money he should take. This ensures that resources are not wasted. And realizes economic value.

[0039] Sixth, this application improves the traditional recycling of renewable resources by inventing remote monitoring and real-time intercom to replace the traditional one-person-one-point recycling mode, realizing a one-person-multiple-point supervision and management mode and a free space for the specific person of the acquirer. It can be done by working from home, remotely controlled, and the specific person of the acquirer has freedom of behavior.

[0040] The specific person in charge of the recycling party uses deep learning technology and professional knowledge. Through video transmission, the image is identified and analyzed. The recyclable renewable resources are then transmitted through video transmission images, and the weight of the waste is multiplied by the market recycling price, which is equal to the amount that the seller should collect.

[0041] Seventh, in order to improve the freedom, autonomy and entrepreneurial space of the acquirer's specific related persons without age restrictions.

[0042] Eighth, we specially studied this remote monitoring management mode. The weight of the waste transmitted by video multiplied by the market recycling price is equal to the money that the seller should take. The whole process is affected by video transmission and monitoring, and the plot of intercom is coordinated from time to time. The seller's specific relationship person completes the waste transaction independently, completely breaking the traditional specific relationship person of the purchaser and the specific relationship person of the seller to complete the waste transaction in a designated place. Finally, the purchased waste is concentrated and pulled back to the sub-building center for selection and classification. Then it is transported to the upstream recycling manufacturer.

[0043] Ninth, unmanned operation means that the specific person in charge of the purchaser does not need to actually guard the store. Through in-depth professional technical learning, the specific person in charge of the recycling party can be eliminated from on-site recycling. In addition, a specific person in charge of the recycling party can operate several unmanned stores.

[0044] The above description of the disclosed embodiments enables one skilled in the art to implement or use the present invention. Various modifications to these embodiments will be apparent to one skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention will not be limited to the embodiments shown herein, but rather to the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A remote and networked control store and unattended waste recycling management system, characterized in that ； The system comprises an electronic scale (1) and a monitoring probe (2) with a voice call function, which are arranged in an unmanned store. The system also comprises an intelligent device placement table arranged in a remote monitoring room and an operation terminal (3) located on the table. Each operation terminal (3) performs voice and video communication with the monitoring probe (2) in an unmanned store.

2. The remote and networked control store and unattended waste recycling management system according to claim 1, characterized in that; The operating terminal (3) is a mobile phone.

3. The remote and networked control store and unattended waste recycling management system according to claim 1, characterized in that; The system also includes an operating table (4) arranged in the unattended store. The operating table (4) is located next to the electronic scale. The change required for waste recycling can be placed on the operating table (4) next to the electronic scale, so that the seller's specific related person can collect it by himself.

4. A remote and networked control shop and unattended waste recycling management method, characterized in that; The operation process is as follows; Step 1, start the monitoring probe APP; Step 2, prompting the customer to place the waste on the electronic scale by themselves; Step 3, extracting market information, characteristics and quantity of waste products; Step 4, the terminal calculates the scrap value; Step 5: Inform the customer of the amount through the APP intercom to complete the payment.

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