Resource type garbage recycling system and recycling method

Abstract

The invention discloses a resource type garbage recycling system and method. The resource type garbage collection system comprises a garbage room, a garbage detection device, an information display device, a specific object recognition device and a main server, the main server comprises a resource type garbage identification module and an information display module, and the resource type garbage identification module is used for judging whether resource type garbage exists or not; the information display module is used for outputting identification result information; the information display device receives and displays the identification result information; the specific object recognition device comprises a response triggering assembly and an identity recognition assembly, and the response triggering assembly is used for starting the identity recognition assembly; the identity recognition component is used for recognizing identity information of a specific object; the main server further comprises an authority management module and an access control module; the authority management module is used for judging whether a specific object has authority or not; the access control module is used for controlling the access control device to open. And the sorting accuracy is improved through manual sorting, and resource waste caused by direct treatment of doped garbage is avoided.

Description

Technical Field

[0001] The invention belongs to the technical field of garbage sorting, and in particular relates to a resource-based garbage recycling system and a recycling method. Background Art

[0002] Garbage classification refers to a series of activities that classify, store, place and transport garbage in accordance with regulations or standards, thereby transforming it into public resources. The purpose of classification is to increase the resource value and economic value of garbage and strive to make the best use of it. In order to facilitate the classification and recycling of garbage, many communities now build garbage sorting and recycling stations to collect and classify garbage, and then send the classified garbage to designated garbage disposal agencies for treatment.

[0003] The current garbage sorting and recycling station mainly includes a building body and multiple garbage bins placed inside the building body for storing different types of garbage. Multiple delivery ports are arranged side by side on the wall of the building body, and the delivery ports correspond to the garbage bins one by one. After sorting the garbage, people put the garbage into the corresponding garbage bin through the delivery ports. However, when people bring garbage to a garbage recycling station, in order to save time, they usually put the garbage into the nearest garbage bin. As a result, the garbage put into the garbage bin of the garbage recycling station is not completely distinguished according to the garbage classification. In response to the above problems, the prior art, such as the Chinese invention patent with publication number CN111215342A, discloses an industrial garbage classification and sorting system, which specifically discloses a control system, a first conveying device, a detection module, a garbage identification module, a sorting and grabbing module and a second conveying device; the control system is communicatively connected to the detection module and the garbage identification module, and controls the connection between the first conveying device, the second conveying device and the sorting and grabbing module; the detection module is located in the garbage detection area, and the detection module includes an imaging module, a weighing module and a spectral information acquisition module; the garbage identification module includes an information processing module and a garbage classification module; the sorting and grabbing module is located in the garbage sorting area; the sorting and grabbing module includes a driving module, an X-axis motion module, a Y-axis motion module, a Z-axis motion module and a mechanical claw; the second conveying device includes multiple conveying channels. The problem of requiring secondary sorting can be solved through garbage identification and automatic sorting. However, there are too many types of urban garbage, and automatic identification and sorting are difficult, which can easily lead to sorting errors. Summary of the invention

[0004] Based on this, it is necessary to provide a resource-based garbage recycling system and recycling method to address the problem that there are too many types of urban garbage, automatic identification and automatic sorting are difficult, and sorting errors are prone to occur.

[0005] To achieve the above object, the present invention adopts the following scheme: A resource-based garbage recycling system comprises: a garbage room, a garbage detection device, an information display device, a specific object recognition device and a main server; the garbage room is provided with a door access device, a garbage delivery port and a garbage bin arranged on one side of the garbage delivery port; the garbage detection device is arranged in the garbage room, and the garbage detection device is electrically connected to the main server and is used to obtain basic information of garbage in the garbage bin; the main server comprises a resource-based garbage recognition module and an information display module, the resource-based garbage recognition module is used to judge whether there is resource-based garbage in the garbage bin according to the basic information of the garbage in the garbage bin; the information display module is used to output the recognition result information of the resource-based garbage recognition module; the information display device is arranged on the outer wall of the garbage room The information display device is electrically connected to the information display module, and the information display device receives and displays the identification result information of the resource-based garbage identification module output by the information display module; the specific object identification device includes a response trigger component and an identity identification component, the response trigger component is used to respond to the trigger operation and turn on the identity identification component; the identity identification component is used to identify the identity information of the specific object that triggers the response trigger component; the main server also includes a permission management module and a door access control module, the permission management module is used to determine whether a specific object has permission based on the identity information of the specific object; the door access control module is used to respond to the judgment result of the permission management module and control whether the door access device is turned on.

[0006] Preferably, the garbage detection device is an X-ray detection device, which is used to obtain X-ray detection images of garbage; the resource-based garbage identification module includes a resource-based garbage identification model trained by a neural network algorithm, and the resource-based garbage identification module determines whether there is resource-based garbage in the garbage bin based on the X-ray detection image and uses the resource-based garbage identification model to identify the type of resource-based garbage.

[0007] Preferably, the main server further comprises a notification sending module, and the notification sending module sends a notification to a specific object according to the identification result information of the resource-based garbage identification module.

[0008] Preferably, it also includes a resource-based waste recovery device, which includes a weighing component, a second resource-based waste identification component and a storage component, the weighing component is used to weigh the weight of the resource-based waste, and the second resource-based waste identification component is used to obtain the type information of the resource-based waste; the storage component is used to temporarily store the resource-based waste; the main server also includes a weight acquisition module, a resource-based waste type acquisition module and a reward settlement module, the weight acquisition module is electrically connected to the weighing component, and is used to obtain the weight of the resource-based waste; the resource-based waste type acquisition module is electrically connected to the second resource-based waste identification component, and is used to obtain the type information of the resource-based waste; the reward settlement module is electrically connected to the second resource-based waste identification component and the weight acquisition module, and the reward settlement module forms a reward plan based on the weight and type information of the resource-based waste, and distributes the reward to the reward object.

[0009] Preferably, the main server also includes an anti-cheating module, which is used to obtain the type information of the resource-type garbage obtained by the second resource-type garbage identification component, and determine whether the weighed resource-type garbage is of a designated recycling type based on the type information of the resource-type garbage. If so, the reward settlement module forms a reward plan based on the weight and type information of the resource-type garbage, and distributes the reward to the reward object; if not, the reward settlement module issues instruction information, which includes prompt information for reclassifying the resource-type garbage.

[0010] A resource-based waste recycling method, applied to any of the resource-based waste recycling systems described above, comprises the following steps: Step S10, obtaining basic information of garbage in the garbage bin; Step S20: Identify whether there is resource-based garbage in the garbage bin according to the basic information of the garbage in the garbage bin; If there is resource-type garbage in the trash bin, output the recognition result; Step S30, responding to the operation of the specific object and obtaining the identity information of the specific object; Step S40: judging whether the specific object is a resource-based garbage collector according to the identity information of the specific object; If the specific object is a resource-based garbage collector, an instruction to open the access control device is output.

[0011] Preferably, step S20 further includes the following steps: S210, obtaining basic information of garbage in the garbage bin; S220: Based on the resource-based garbage identification model trained by the neural network model, compare the basic information of the garbage in the garbage bin, determine whether there is resource-based garbage in the garbage bin, and identify the type of the resource-based garbage.

[0012] Preferably, in step S20, the “outputting the recognition result” includes: Output resource-based waste identification result information for display and / or Outputs resource-type garbage identification result information for notifying a specific object.

[0013] Preferably, the method further comprises the following steps: Obtain the weight and type information of classified resource-based waste; Based on the weight and type information of the classified resource-based waste, a reward plan is formed and the rewards are distributed to the recipients.

[0014] Preferably, the method further comprises the following steps: Based on the weight and type information of the classified resource-based waste, determine whether the weighed resource-based waste is of the designated recycling type. If so, formulate a reward plan based on the weight and type information of the resource-based waste, and distribute the reward to the reward recipient; if not, issue an instruction message, which includes prompt information for reclassifying the resource-based waste.

[0015] The technical solution adopted in this application can achieve the following beneficial effects: 1. Improve the sorting accuracy by using personnel to sort, avoid the waste of resources caused by direct treatment of resource-based garbage and non-resource-based garbage, and provide convenience for scavengers; 2. The garbage bin is detected by the garbage detection device and displayed on the information display device, solving the problem of no resource-based garbage after a specific object rummages through the garbage bin, thereby improving work efficiency; 3. By notifying specific objects and the permission management module, the permissions of specific objects are identified to improve work efficiency, avoid unqualified sorting by other untrained personnel, and solve the problems of omissions and errors in sorting resource-based garbage. DETAILED DESCRIPTION

[0016] In order to facilitate understanding of the present application, the present application will be described more comprehensively below. The present application can be implemented in many different forms and is not limited to the embodiments described herein. On the contrary, the purpose of providing these embodiments is to make the disclosure of the present application more thoroughly understood.

[0017] It should be noted that when a device is considered to be "connected" to another device, it may be directly connected to the other device or there may be an intermediate device at the same time. The terms "inside", "top", "upper", "lower", "upper", "lower" and similar expressions used herein are for illustrative purposes only and do not represent the only implementation method.

[0018] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as those commonly understood by those skilled in the art to which this application belongs. The terms used herein in the specification of this application are only for the purpose of describing specific embodiments and are not intended to limit this application. The term "and / or" used herein includes any and all combinations of one or more of the related listed items.

[0019] The present application provides a resource-based garbage recycling system, comprising: a garbage room, a garbage detection device, an information display device, a specific object recognition device and a main server; the garbage room is provided with a door access device, a garbage delivery port and a garbage bin arranged on one side of the garbage delivery port; the garbage detection device is arranged in the garbage room, and the garbage detection device is electrically connected to the main server for obtaining basic information of garbage in the garbage bin; the main server comprises a resource-based garbage recognition module and an information display module, the resource-based garbage recognition module is used to determine whether there is resource-based garbage in the garbage bin according to the basic information of the garbage in the garbage bin; the information display module is used to output the recognition result information of the resource-based garbage recognition module; the information display device is arranged in the garbage room on the outer wall of the device, and the information display device is electrically connected to the information display module, the information display device receives and displays the identification result information of the resource-based garbage identification module output by the information display module; the specific object identification device includes a response trigger component and an identity identification component, the response trigger component is used to respond to the trigger operation and turn on the identity identification component; the identity identification component is used to identify the identity information of the specific object that triggers the response trigger component; the main server also includes a permission management module and an access control module, the permission management module is used to determine whether a specific object has permission based on the identity information of the specific object; the access control module is used to respond to the judgment result of the permission management module and control whether the access control device is turned on.

[0020] Specifically, elderly people are often seen rummaging through trash cans in the community. Resource-based waste includes but is not limited to recyclable waste such as beverage bottles, paper boxes, and cardboard. Common garbage in the community includes kitchen waste, hazardous waste, and non-resource waste. The common garbage cleaning is to collect the garbage in the trash cans and transport them to the garbage station, which then classifies and cleans them. The classification is mostly mechanical sorting, which cannot be accurately classified, thus leading to waste of resource-based waste.

[0021] With the gradual standardization of sanitation management in the community, garbage bins are gradually replaced by garbage rooms. For refined management, at least one garbage inlet is set on one side of the garbage room, and an entry and exit door is set on the adjacent side wall of the garbage room on the side where the garbage inlet is set, and an access control device is set on the entry and exit door. Several garbage bins are set in the garbage room, and the garbage bins are located on one side of the garbage inlet. The garbage detection device is set on the top of the garbage room and above the garbage bins. The information display module is set on the outer wall of the garbage room, and the main server is set on the inner wall of the garbage room. A response trigger component is set on one side of the information display device, and the response trigger component adopts but is not limited to buttons, touch screens and other devices. An identity recognition component is set on the side of the response trigger component away from the information display module, and the identity recognition component adopts but is not limited to ID card recognition, face recognition, card recognition and other devices. The resource-based garbage recognition module, information display module, authority management module and access control module are all placed on the inner wall of the garbage room, and the access control device, information display device, garbage detection device, main server and specific object recognition device are all connected by electrical methods such as but not limited to lines and wireless signals.

[0022] The owner puts the garbage bag into the garbage bin of the garbage room from the garbage delivery port. The garbage detection device scans the garbage bin, detects the garbage in the garbage bin through the garbage detection device, and sends the basic information of the detection to the resource-based garbage identification module. The resource-based garbage identification module identifies the basic information to determine whether there is resource-based garbage in the garbage bin, and sends the basic information to the information display device for display by the information display module. The specific object looks at the information display module, presses or touches the response trigger component, and turns on the identity recognition component. Through the authentication of the specific object, the authority management module compares and determines whether the specific object has the right to open the access control device. If the specific object is registered in the authority management module, the access control device is turned on, and the specific object can open the door to enter the garbage room and sort the resource-based garbage out of the garbage room.

[0023] The sorting method in the background technology is a combination of mechanical identification and mechanical sorting. The shape of resource-type garbage is easily changed, which may lead to mechanical identification errors and mechanical sorting omissions. However, the present application only needs to detect the garbage in the garbage bin and determine whether there is resource-type garbage in the garbage bin. There is no need to determine the exact type of resource-type garbage. By identifying and determining whether there is resource-type garbage in the garbage bin, personnel can sort it, and the personnel sorting is more accurate, thus solving the problem that there are too many types of urban garbage, automatic identification and automatic sorting are difficult, and sorting errors are prone to occur.

[0024] This application adopts a technical solution of a resource-based garbage recycling system to achieve the following beneficial effects: 1. Improve the sorting accuracy by using personnel to sort, avoid the waste of resources caused by direct treatment of resource-based garbage and non-resource-based garbage, and provide convenience for specific objects; 2. The garbage bin is detected by the garbage detection device and displayed on the information display device, solving the problem of no resource-based garbage after a specific object rummages through the garbage bin, thereby improving work efficiency; 3. By notifying specific objects and the permission management module, the permissions of specific objects are identified to improve work efficiency, avoid unqualified sorting by other untrained personnel, and solve the problems of omissions and errors in sorting resource-based garbage.

[0025] Based on the above scheme, in order to improve the accuracy of garbage detection, the garbage detection device is an X-ray detection device, which is used to obtain X-ray detection images of garbage; the resource-based garbage identification module includes a resource-based garbage identification model trained by a neural network algorithm, and the resource-based garbage identification module determines whether there is resource-based garbage in the garbage bin based on the X-ray detection image and uses the resource-based garbage identification model to identify the type of resource-based garbage.

[0026] Specifically, the X-ray detection equipment uses but is not limited to cameras, cameras, scanners, video acquisition, spectrometers and other devices with photo detection functions. The basic information of the identification is sent to the resource-based garbage identification module, and the resource-based garbage identification module compares the basic information of the detection with the basic information of the standard garbage to determine whether the garbage is resource-based garbage. The standard basic information of the resource-based garbage is manually entered into the resource-based garbage identification module or stored in the form of a USB flash drive or the network, making the comparison simpler and more convenient. The detection accuracy is improved by two detections by two detection devices. Similarly, by adding more detection devices with different functions, the specific information of resource-based garbage and non-resource-based garbage can be improved and more accurately identified.

[0027] In the above solution, in order to improve work efficiency, the main server further includes a notification sending module, and the notification sending module sends a notification to a specific object according to the identification result information of the resource-based garbage identification module.

[0028] Specifically, there are a large number of registered personnel, and all of them are qualified sorting personnel. When it is determined that there is resource-based garbage in the trash can based on the identification result information of the resource-based garbage identification module, the notification sending module notifies specific objects (sorters who have registered and filed in the authority management module, trained scavengers, etc.) through SMS, public account push, message notification, etc.; specific notification methods include but are not limited to area-specific object notification, time-specific object notification and other notification methods; by sending information in the form of information, convenience is improved, and it is convenient for the recycling of resource-based garbage to avoid waste of resource-based garbage.

[0029] Based on the above scheme, it also includes a resource-type waste recovery device, which includes a weighing component, a second resource-type waste identification component and a storage component, wherein the weighing component is used to weigh the weight of the resource-type waste, the second resource-type waste identification component is used to obtain the type information of the resource-type waste; and the storage component is used to temporarily store the resource-type waste; Specifically, the resource-based waste recovery device is arranged in the garbage room or on one side of the outer wall of the garbage room, the weighing component adopts but is not limited to electronic scales, floor scales and other weighing equipment, the second resource-based waste identification component adopts but is not limited to the same detection equipment as the X-ray detection equipment, and the second resource-based waste identification component is arranged above the weighing component, and the storage component is arranged on one side of the weighing component. After the resource-based waste is detected, it is placed in the storage component to solve the problem of the indiscriminate stacking of resource-based waste; and if the resource-based waste recovery device is arranged in the garbage room, there is no need for safety and anti-loss facilities, only the weighing component needs to be fixed in the garbage room and calibrated and maintained frequently; if the resource-based waste recovery device is arranged on one side of the outer wall of the garbage room, corresponding protective devices need to be provided.

[0030] The resource-based waste recycling device also includes a payment component, which uses an electronic screen code scanning port, an electronic screen payment code, and other methods to pay fees, and the payment component stores fees for paying for resource-based waste (similar to an ATM machine); the weighing component and the payment component are electrically connected to the main server; and the specific object scans the code or obtains the resource-based waste recycling fee in other ways; by sorting and recycling nearby, the problem of a large amount of resource-based waste collected by a specific object, a long distance from the recycling station, and difficult transportation is solved, and at the same time, the problem of resource-based waste collection taking up a large space or having nowhere to put it is solved, and the payment operation is simple and convenient In the above scheme, the main server also includes a weight acquisition module, a resource-based garbage type acquisition module and a reward settlement module. The weight acquisition module is electrically connected to the weighing component for acquiring the weight of the resource-based garbage; the resource-based garbage type acquisition module is electrically connected to the second resource-based garbage identification component for acquiring the type information of the resource-based garbage; the reward settlement module is electrically connected to the second resource-based garbage identification component and the weight acquisition module. The reward settlement module forms a reward plan based on the weight and type information of the resource-based garbage, and distributes the reward to the reward object.

[0031] The specific object with the authority to enter the garbage room enters the garbage room through verification and sorts the garbage bins, puts the resource-based garbage into the bag brought by the specific object or directly puts it on the weighing component, weighs the resource-based garbage sorted by the specific object through the weighing component, and sends the weighed weight to the weight acquisition module; the resource-based garbage type acquisition module stores the standard type and corresponding parameters of the resource-based garbage, obtains the identification information from the second resource-based garbage identification component, and compares it with the resource-based garbage type acquisition module to determine the type of resource-based garbage identified; the main server also includes a payment display module, which is set to facilitate the specific object to watch, and the reward result The calculation module calculates the cost of the corresponding resource-based garbage by multiplication through the type, quantity and market price of the resource-based garbage, and then calculates the total price by addition. Finally, the calculation process, standard fee, final total price, etc. are sent to the payment display module. The payment display module receives the calculation process, standard fee, final total price and other information sent by the payment calculation module for display, and sends the final total price to the payment component, which pays the corresponding fee to the specific object; the fee is calculated through the reward settlement module and displayed on the payment display module, which makes it more convenient for the specific object (the reward object) to understand the information of resource-based garbage collection, while improving reliability.

[0032] In the above scheme, the main server also includes an anti-cheating module, which is used to obtain the type information of the resource-type garbage obtained by the second resource-type garbage identification component, and judge whether the weighed resource-type garbage is of the designated recycling type based on the type information of the resource-type garbage. If so, the reward settlement module forms a reward plan based on the weight and type information of the resource-type garbage, and distributes the reward to the reward object; if not, the reward settlement module issues instruction information, and the instruction information includes prompt information for reclassifying the resource-type garbage.

[0033] The anti-cheating module stores the type and parameters of garbage (specified recycling types are cartons, cardboard, bottles, etc. in resource-based garbage). The second resource-based garbage identification component identifies the resource-based garbage and transmits it to the anti-cheating module. The anti-cheating module compares and determines whether the resource-based garbage on the weighing component is all of the specified recycling type. If not, a specific object will perform secondary sorting. After sorting, the second resource-based garbage identification component will identify it again, and the prompt information for reclassifying the resource-based garbage will be displayed on the payment display module. The specific reward and punishment schemes are specified by yourself. For example, the second resource-based garbage identification component identifies the resource-based garbage on the weighing component. The type and whether it is a designated recycling type. If it is a designated recycling type, the specific object will be evaluated. If the specific object has no sorting errors for many consecutive times (the specific number of times can be set by yourself), a corresponding reward will be given. If it is not a designated recycling type, a warning will be issued to prompt the specific object to conduct a second sorting, and the score will be recorded and given. If the specific object has multiple inaccurate or intentional sorting (the specific number of times can be set by yourself), it will be recorded in the blacklist and the access control authority of the specific object will be modified (so that it has no right to open the access control devices of all garbage houses in the community), thereby solving the problem of mixing non-resource garbage in the weighing process when recycling resource-based garbage.

[0034] Based on a resource-based garbage collection system, a resource-based garbage collection method is provided, comprising the following steps: Step S10, obtaining basic information of garbage in the garbage bin; Step S20: Identify whether there is resource-based garbage in the garbage bin according to the basic information of the garbage in the garbage bin; If there is resource-type garbage in the trash bin, output the recognition result; Step S30, responding to the operation of the specific object and obtaining the identity information of the specific object; Step S40: judging whether the specific object is a resource-based garbage collector according to the identity information of the specific object; If the specific object is a resource-based garbage collector, an instruction to open the access control device is output.

[0035] The main server obtains basic information Ni of the garbage in the garbage bin detected by the garbage detection device, and the basic information includes shape parameters Nyi, information parameters Nxi, i=1.2.3......

[0036] The standard basic information Mi (shape parameter Myi, information parameter Mxi) of resource-type garbage and the standard basic information Qi (shape parameter Qyi, information parameter Qxi) of non-resource-type garbage are stored by manual timing or the Internet, and the first similarity coefficient is obtained by comparing Nyi with Myi and Qyi respectively, and then the second similarity coefficient is obtained by comparing Nxi with Mxi and Qxi respectively. The first similarity coefficient and the second similarity coefficient are used to sort, and it is determined whether the standard basic information of resource-type garbage is stored in the basic information of the garbage in the garbage bin, so as to judge whether there is resource-type garbage in the garbage bin.

[0037] Specific objects will receive simple training before starting work. The specific objects may be scavengers, sanitation cleaners, etc., and all of them need to be registered. The specific objects will take corresponding actions according to whether there is resource-based garbage in the trash can, such as starting permission authentication or continuing to wait. After starting permission authentication, the specific objects will be verified by swiping their ID cards, facial recognition, identity cards, etc.

[0038] After the specific object verifies or inputs his or her identity information, the input identity information of the specific object is compared with all the registered information to determine whether the specific object has been registered. If it has been registered, the access control device will be opened and the specific object can enter the garbage room; if it has not been registered, it will be prompted that the verification failed, thereby solving the problem of accidental touch or malicious operation by children or other people.

[0039] Through the resource-based garbage identification module, information display module, authority management module and access control module of the main server, the corresponding results are obtained and output, thereby solving the problem of whether there is resource-based garbage in the trash can, and making the sorting more accurate through manual sorting, while providing convenience for the elderly scavengers in the community and providing them with a source of income; through registration and filing, authority identification makes it more standardized, solving the problem of malicious operations by other personnel, and providing resource-based garbage recycling equipment to reduce the transportation of resource-based garbage and improve convenience, while making online payment more convenient and solving the problem of payment difficulties; similarly, detection is carried out during weighing to solve the problems of incorrect and malicious sorting of resource-based garbage, and evaluation is carried out through sorting accuracy, with corresponding rewards and punishments, thereby increasing the enthusiasm for resource-based garbage sorting and reducing the incidence of malicious sorting.

[0040] Furthermore, step S20 further includes the following steps: S210, obtaining basic information of garbage in the garbage bin; S220: Based on the resource-based garbage identification model trained by the neural network model, compare the basic information of the garbage in the garbage bin, determine whether there is resource-based garbage in the garbage bin, and identify the type of the resource-based garbage.

[0041] Neural networks have broad and attractive prospects in the fields of system identification, pattern recognition, intelligent control, etc., especially in intelligent control, people are particularly interested in the self-learning function of neural networks, and regard this important feature of neural networks as one of the keys to solving the problem of controller adaptability in automatic control. Since the advent of mathematical methods to simulate actual human neural networks, people have gradually become accustomed to calling such artificial neural networks directly neural networks.

[0042] Neural network is a complex network system formed by a large number of simple processing units (called neurons) widely connected to each other. It reflects many basic characteristics of human brain function and is a highly complex nonlinear dynamic learning system. Neural network has large-scale parallel, distributed storage and processing, self-organization, self-adaptation and self-learning capabilities, and is particularly suitable for processing imprecise and fuzzy information processing problems that require considering many factors and conditions at the same time. The specific establishment will not be repeated.

[0043] In the above solution, in step S20, the "outputting identification results" includes: outputting resource-based waste identification result information for display and / or outputting resource-based waste identification result information for notifying a specific object.

[0044] The information display device on the side wall of the trash can displays the recognition results, making it easier and more convenient for the specific object to view them. The specific object can directly enter the trash can to sort resource-based garbage through identity authentication. If the specific object is far away or busy, etc., the specific object can directly receive the notification sent to the specific object, and the specific object can quickly reach the corresponding garbage room according to the notification information and sort the resource-based garbage.

[0045] Based on the above scheme, the following steps are also included: obtaining the weight and type information of the classified resource-based waste; forming a reward scheme based on the weight and type information of the classified resource-based waste, and distributing the reward to the reward recipients.

[0046] The method also includes the following steps: judging whether the resource-based waste weighed is of a designated recycling type based on the weight and type information of the classified resource-based waste; if so, formulating a reward scheme based on the weight and type information of the resource-based waste, and distributing the reward to the reward recipient; if not, issuing instruction information, which includes prompt information for reclassifying the resource-based waste.

[0047] In the process of weighing designated recyclable garbage, there are many types of designated recyclable garbage, such as cartons, cardboards, bottles, etc. Weighing requires classified weighing and corresponding price calculation or direct use of compromise price for unified weight weighing calculation. However, in the process of weighing, inaccurate classification or mixed with non-designated recyclable garbage (malicious sorting or sorting errors are possible). At this time, secondary detection is used to identify whether there is non-designated recyclable garbage in the sorted resource-based garbage. If so, the specific object is prompted to perform secondary sorting through voice or display, and the identification and weighing are performed again after the secondary sorting is completed; if not, the type, weight, corresponding price and total price of the designated recyclable garbage are directly displayed, and the reward plan is selected according to the displayed information, and it is distributed to the reward object (the specific object) through payment or mini-programs; the specific reward plan and punishment plan can be evaluated according to the sorting accuracy of the specific object to give a corresponding score, and the reward or punishment is specified according to the score.

[0048] The above-described embodiments only express the way of equipment layout of the present application, and the description is relatively specific and detailed, but it cannot be understood as limiting the scope of the patent application; it should be pointed out that for ordinary technicians in this field, several adjustments and improvements can be made without departing from the concept of the present application, which all belong to the scope of protection of the present application; therefore, the scope of protection of the patent of this application shall be based on the attached claims.

Claims

1. A resource-based garbage collection system, characterized in that: include: Garbage room, garbage detection device, information display device, specific object recognition device and main server; The garbage room is provided with a door access device, a garbage inlet and a garbage bin arranged on one side of the garbage inlet; The garbage detection device is arranged in the garbage room, and the garbage detection device is electrically connected to the main server, and is used to obtain basic information of garbage in the garbage bin; The main server includes a resource-type garbage identification module and an information display module. The resource-type garbage identification module is used to determine whether there is resource-type garbage in the garbage bin according to the basic information of the garbage in the garbage bin; the information display module is used to output the identification result information of the resource-type garbage identification module; The information display device is arranged on the outer wall of the garbage room, and the information display device is electrically connected to the information display module, and the information display device receives and displays the identification result information of the resource-type garbage identification module output by the information display module; The specific object identification device includes a response trigger component and an identity identification component, wherein the response trigger component is used to respond to the trigger operation and turn on the identity identification component; the identity identification component is used to identify the identity information of the specific object that triggers the response trigger component; The main server also includes a permission management module and an access control module. The permission management module is used to determine whether a specific object has permission based on the identity information of the specific object; the access control module is used to respond to the judgment result of the permission management module and control whether the access control device is turned on.

2. The resource-based garbage collection system according to claim 1, characterized in that: The garbage detection device is an X-ray detection device, and the X-ray detection device is used to obtain X-ray detection images of garbage; The resource-type garbage identification module includes a resource-type garbage identification model trained by a neural network algorithm. The resource-type garbage identification module determines whether there is resource-type garbage in the garbage bin based on the X-ray detection image and uses the resource-type garbage identification model to identify the type of resource-type garbage.

3. The resource-based garbage collection system according to claim 1, characterized in that: The main server further comprises a notification sending module, which sends a notification to a specific object according to the identification result information of the resource-based garbage identification module.

4. The resource-based garbage collection system according to claim 1, characterized in that: Also included is a resource-type waste recycling device, the resource-type waste recycling device includes a weighing component, a second resource-type waste identification component and a storage component, the weighing component is used to weigh the weight of the resource-type waste, the second resource-type waste identification component is used to obtain the type information of the resource-type waste; the storage component is used to temporarily store the resource-type waste; The main server also includes a weight acquisition module, a resource-based garbage type acquisition module and a reward settlement module. The weight acquisition module is electrically connected to the weighing component and is used to acquire the weight of the resource-based garbage; the resource-based garbage type acquisition module is electrically connected to the second resource-based garbage identification component and is used to acquire type information of the resource-based garbage; the reward settlement module is electrically connected to the second resource-based garbage identification component and the weight acquisition module. The reward settlement module forms a reward plan based on the weight and type information of the resource-based garbage, and distributes the reward to the reward object.

5. The resource-based garbage collection system according to claim 4, characterized in that: The main server also includes an anti-cheating module, which is used to obtain the type information of the resource-type garbage obtained by the second resource-type garbage identification component, and determine whether the weighed resource-type garbage is of a designated recycling type based on the type information of the resource-type garbage. If so, the reward settlement module forms a reward plan based on the weight and type information of the resource-type garbage, and distributes the reward to the reward object; if not, the reward settlement module issues instruction information, which includes prompt information for reclassifying the resource-type garbage.

6. A resource-based garbage collection method, characterized in that: Applicable to a resource-based waste recycling system as claimed in any one of claims 1 to 5, Step S10, obtaining basic information of garbage in the garbage bin; Step S20: Identify whether there is resource-based garbage in the garbage bin according to the basic information of the garbage in the garbage bin; If there is resource-type garbage in the trash bin, output the recognition result; Step S30, responding to the operation of the specific object and obtaining the identity information of the specific object; Step S40: judging whether the specific object is a resource-based garbage collector according to the identity information of the specific object; If the specific object is a resource-based garbage collector, an instruction to open the access control device is output.

7. The resource-based garbage recycling method according to claim 6, characterized in that: Step S20 also includes the following steps: S210, obtaining basic information of garbage in the garbage bin; S220: Based on the resource-based garbage identification model trained by the neural network model, compare the basic information of the garbage in the garbage bin, determine whether there is resource-based garbage in the garbage bin, and identify the type of the resource-based garbage.

8. The resource-based garbage recycling method according to claim 6, characterized in that: In step S20, the "output recognition result" includes: Output resource-based waste identification result information for display and / or Outputs resource-type garbage identification result information for notifying a specific object.

9. The resource-based garbage recycling method according to claim 6, characterized in that: The following steps are also included: Obtain the weight and type information of classified resource-based waste; Based on the weight and type information of the classified resource-based waste, a reward plan is formed and the rewards are distributed to the recipients.

10. The resource-based garbage recycling method according to claim 9, characterized in that: The following steps are also included: Based on the weight and type information of the classified resource-based waste, determine whether the weighed resource-based waste is of the designated recycling type. If so, formulate a reward plan based on the weight and type information of the resource-based waste, and distribute the reward to the reward recipient; if not, issue an instruction message, which includes prompt information for reclassifying the resource-based waste.