WO2020147716A1

WO2020147716A1 - Environment-friendly behavior recording system

Info

Publication number: WO2020147716A1
Application number: PCT/CN2020/071987
Authority: WO
Inventors: 潘先财
Original assignee: 加拿大辉莱广告公司
Priority date: 2019-01-15
Filing date: 2020-01-14
Publication date: 2020-07-23
Also published as: CN110032600B; CN110032600A

Abstract

An environment-friendly behavior recording system, the system comprising environment-friendly nodes connected by means of a distributed network, wherein environment-friendly data chains used for recording environment-friendly behaviors are stored in the environment-friendly nodes; the environment-friendly data chain is formed by linking environment-friendly data blocks according to a time sequence; the environment-friendly data blocks are used for storing environment-friendly coin generation information and environment-friendly coin circulation information generated within a preset period of time; and the environment-friendly coins are used for representing environment-friendly contribution values of owners of the environment-friendly coins. By means of employing the present system, a distributed accounting process for environment-friendly behavior record information of environment-friendly participants may be realized; the environment-friendly behaviors of all the environment-friendly participants may be continuously recorded for a long time in a non-tamperable mode, quantitative measurement standards are provided for the environment-friendly behaviors of all the environment-friendly participants, and complete historical environment-friendly behaviors of the environment-friendly participants may be traced.

Description

Environmental protection behavior recording system

This application claims the priority of a Chinese patent application filed with the Chinese Patent Office on January 15, 2019, with the application number 2019100356470 and the title of the invention "An Environmental Behavior Recording System", the entire content of which is incorporated into this application by reference.

Technical field

This application relates to the technical field of environmental governance, and specifically relates to an environmental protection behavior recording system. The application also relates to a processing method for environmental protection behavior data, a processing device for environmental protection behavior data, and an electronic device. The application also relates to an environmental protection data processing method, an environmental protection data processing equipment, and an electronic device. The application also relates to a method for generating an environmental protection data link, a device for generating an environmental protection data link, and an electronic device. This application also relates to a method for generating an environmental data link, a device for generating an environmental data link, and an electronic device.

Background technique

With the rapid development of society, environmental problems such as water pollution, air pollution, soil pollution, and white pollution have become increasingly prominent. Take white pollution as an example. White pollution is an image term for waste plastics polluting the environment. It refers to the use of polystyrene. Packaging bags made of ethylene, polypropylene, polyvinyl chloride and other high-molecular compounds, agricultural mulch, disposable tableware, plastic bottles and other plastic products are used and discarded as solid waste. After this type of solid waste is discarded at will It is difficult to degrade. However, since the 1950s, a total of more than 9 billion tons of plastic have been manufactured, and 5 million to 13 million tons of plastic flow into the ocean every year. Today, the ratio of plastic to plankton in the ocean is 1:2, and plastic debris will increase annually. More than 1 million seabirds and more than 100,000 marine mammals died. Moreover, due to the prosperity of the food delivery industry, the total number of daily orders on the Chinese food delivery platform alone exceeds 20 million, and each order corresponds to a corresponding amount of plastic packaging. Therefore, a huge amount of plastic waste is generated every day, causing serious pollution to the ecological environment. .

In view of the above environmental pollution problems, the existing treatment methods are mainly to limit pollutant discharge indicators or limit the pollutant content indicators in products. This method lacks systematic incentives and supervision measures for the environmental protection behaviors of all individuals or enterprises. Maximize the environmental awareness of individuals or enterprises. For example, it is impossible to keep a long-term continuous record of the environmental protection behaviors of all environmental protection participants, to quantify the contribution of all environmental protection participants to environmental protection, and to trace the historical environmental protection behaviors of environmental protection participants. Therefore, there is no formation Complete environmental protection system.

Summary of the invention

This application provides an environmental protection behavior recording system to solve the existing problem of lack of systematic incentive and supervision measures for all individuals or enterprises' environmental protection behaviors. This application additionally provides a processing method for environmental protection behavior data, and corresponding devices and electronic equipment. The application also provides a method for processing environmental protection data, and a corresponding device and electronic equipment. The application also provides a method for generating an environmental protection data link, and a corresponding device and electronic equipment. This application additionally provides a method for generating an environmental protection data link, and corresponding devices and electronic equipment.

This application provides an environmental protection behavior recording system, including: environmental protection nodes connected through a distributed network, the environmental protection node stores an environmental protection data chain for recording environmental protection behaviors, and the environmental protection data chain consists of environmental protection data blocks in chronological order The environmental protection data block is used to store environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; The environmental protection node includes at least one of the following modules: an environmental protection currency generation module, an environmental protection currency information recording module, and an environmental protection chain maintenance module;

The environmental protection coin generation module is used to obtain environmental protection behavior data of environmental protection participants; generate environmental protection coins corresponding to the environmental protection behavior data according to the environmental protection behavior data; provide the environmental protection coins to the environmental protection participants; The distributed network transmits the generation information of the environmental protection coin;

The environmental protection currency information recording module is used to obtain environmental protection currency generation information and environmental protection currency circulation information, and transmit the environmental protection currency generation information and environmental protection currency circulation information through the distributed network;

The environmental protection chain maintenance module is used to create an environmental protection data block based on the environmental protection currency generation information and the environmental protection currency circulation information generated within a predetermined time according to a predetermined consensus mechanism, and link the created environmental protection data block to the locally stored Environmental protection data chain; and transmitting the created environmental protection data block through the distributed network; or used to receive the environmental protection data block through the distributed network, and link the received environmental protection data block to Locally stored environmental protection data link.

Optionally, the environmental protection node further includes: an environmental protection currency conversion module, the environmental protection currency conversion module being used to convert the environmental protection currency to other tokens according to a predetermined conversion rule.

Optionally, the other tokens include tokens that are only used for circulation in other systems.

Optionally, the predetermined consensus mechanism includes: a conditional proof mechanism, which is used to use the environmental protection block created by the environmental protection chain maintenance module of the environmental protection node that meets the preset conditions as a maintenance local for all the environmental protection nodes of the system The environmental protection block used when storing the environmental protection data link.

Optionally, the preset condition includes: the currency weight value of the environmental protection coin held by the environmental protection node reaches or exceeds a preset currency weight threshold; or, among all environmental protection nodes in the system, the environmental protection node The currency weight value of the held environmental protection coins reaches the maximum value; wherein, the currency weight value is the product of the number of environmental protection coins and the time of holding the environmental protection coins.

Optionally, the predetermined consensus mechanism includes: an authorization mechanism for using the environmental protection block created by the environmental protection chain maintenance module of the environmental protection node authorized by other environmental protection nodes in the system as the environmental protection block for all the environmental protection nodes of the system The environmental protection block used when maintaining the locally stored environmental protection data chain.

Optionally, the environmental protection behavior data of the environmental protection participant includes at least one of the following:

Environmental protection product production information generated by the environmental protection product manufacturer after the production of the environmental protection product;

Information that is beneficial to environmental protection generated by production and business entities in production and business activities;

Individual behavioral information beneficial to environmental protection.

Optionally, an environmental protection data block is created according to a predetermined consensus mechanism and based on environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and the created environmental protection data block is linked to a locally stored environmental protection data chain And after transmitting the created environmental protection data block through the distributed network, it further includes: obtaining a predetermined number of environmental protection coins.

Optionally, the distributed network includes: a fully distributed P2P network.

Optionally, the circulation information of the environmental protection currency is obtained by recording the circulation process of the environmental protection currency, and the circulation process of the environmental protection currency includes: the environmental protection product production entity obtains the environmental protection product by producing the environmental protection product. Corresponding environmental protection coins; environmental protection products production entities associate the environmental protection products with the environmental protection coins; environmental protection products purchase entities purchase the environmental protection products to obtain environmental protection coins associated with the environmental protection products.

Optionally, the circulation information of the eco-coin is obtained by recording the circulation process of the eco-coin, and the circulation process of the eco-coin includes: the entity holding the eco-coin uses the eco-coin for shopping at the eco-coin receiver The environmental protection coin receiving subject receives the environmental protection coin in accordance with predetermined environmental protection coin receiving rules.

Optionally, the receiving subject of the environmental protection currency receives the environmental protection currency according to a predetermined environmental currency receiving rule, including: the receiving entity of the environmental protection currency receives the environmental protection currency according to a predetermined receiving ratio of environmental protection currency or a predetermined amount of receiving environmental protection currency .

This application also provides a method for processing environmental protection behavior data, including:

Obtain environmental protection behavior data of environmental protection participants;

Generating an environmental protection currency corresponding to the environmental protection behavior data according to the environmental protection behavior data, and obtaining environmental protection currency generation information corresponding to the environmental protection currency;

The environmental protection coin generation information corresponding to the environmental protection coin is transmitted through a distributed network.

Optionally, the method further includes: providing the environmental protection coin to the environmental protection participant.

Individual behavioral information beneficial to environmental protection.

This application also provides an environmental protection data processing method, including:

Obtain environmental protection currency circulation information; the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; the environmental protection currency circulation information includes environmental protection currency generation information;

The circulation information of the environmental protection coin is transmitted through the distributed network.

Optionally, the obtaining environmental protection currency circulation information includes: receiving environmental protection currency circulation information transmitted by a distributed network; or, recording the circulation process of environmental protection currency to obtain environmental protection currency circulation information.

Optionally, the circulation process of the environmental protection coin includes: the environmental protection product production body obtains the environmental protection coin corresponding to the environmental protection product by producing the environmental protection product; the environmental protection product production body combines the environmental protection product with the environmental protection coin Association: The environmental protection product purchaser purchases the environmental protection product and obtains the environmental protection coin associated with the environmental protection product.

Optionally, the circulation process of the environmental protection currency includes:

Entities holding eco-coins use eco-coins to make purchases in eco-coin recipients;

The recipient of the environmental protection currency receives the environmental protection currency according to a predetermined environmental protection currency receiving rule.

This application also provides a method for generating an environmental protection data link, including:

Obtain environmental protection currency circulation information generated within a predetermined time; the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; the environmental protection currency circulation information includes environmental protection currency generation information;

Create an environmental protection data block according to the environmental protection currency circulation information generated within the predetermined time;

Linking the environmental protection data block to a locally stored environmental protection data chain;

The created environmental protection data block is transmitted through a distributed network.

The environmental protection data block is received through a distributed network; the environmental protection data block is used to store environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and the environmental protection currency is used to represent the holders of the environmental protection currency Environmental protection contribution value;

Link the environmental protection data block to a locally stored environmental protection data chain.

This application also provides a processing device for environmental protection behavior data, including:

Environmental protection behavior data acquisition unit, used to obtain environmental protection behavior data of environmental protection participants;

The environmental protection coin generating unit is configured to generate environmental protection coins corresponding to the environmental protection behavior data according to the environmental protection behavior data, and obtain environmental protection coin generation information corresponding to the environmental protection coins;

The environmental protection coin generation information transmission unit is used for transmitting the environmental protection coin generation information corresponding to the environmental protection coin through a distributed network.

Optionally, it further includes: an environmental protection coin providing unit, configured to provide the environmental protection coin to the environmental protection participant.

Individual behavioral information beneficial to environmental protection.

This application also provides an electronic device, including:

A processor and a memory. The memory is used to store a processing program for environmental protection behavior data, and when the program is read and executed by the processor, the following operations are performed:

Individual behavioral information beneficial to environmental protection.

This application also provides an environmental protection data processing device, including:

The environmental protection currency circulation information obtaining unit is used to obtain environmental protection currency circulation information; the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; the environmental protection currency circulation information includes environmental protection currency generation information;

The environmental protection currency circulation information transmission unit is used to transmit the environmental protection currency circulation information through the distributed network.

The present application also provides an electronic device, including a processor and a memory, the memory is used to store an environmental protection data processing program, and when the program is read and executed by the processor, the following operations are performed:

This application also provides a device for generating an environmental protection data link, including:

The environmental protection currency circulation information obtaining unit is used to obtain environmental protection currency circulation information generated within a predetermined time; the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; the environmental protection currency circulation information includes environmental protection currency generation information;

The environmental protection data block creation unit is used to create environmental protection data blocks according to the environmental protection currency circulation information generated within the predetermined time;

The environmental protection data block linking unit is used to link the environmental protection data block to a locally stored environmental protection data chain;

The environmental protection data block transmission unit is used to transmit the created environmental protection data block through a distributed network.

The present application also provides an electronic device, including: a processor and a memory, the memory is used to store a program for generating an environmental protection data link, and when the program is read and executed by the processor, the following operations are performed:

The environmental protection data block receiving unit is used to receive the environmental protection data block through a distributed network; the environmental protection data block is used to store environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and the environmental protection currency is used to represent The environmental protection contribution value of the holder of the environmental protection coin;

The environmental protection data block link unit is used to link the environmental protection data block to the locally stored environmental protection data chain.

Compared with the prior art, this application has the following advantages:

The environmental protection behavior recording system provided by this application is composed of environmental protection nodes connected through a distributed network, and each environmental protection node stores an environmental protection data chain formed by chronologically linked environmental protection data blocks, and the environmental protection data blocks are used to store reservations. Environmental protection currency generation information and environmental protection currency circulation information within the time; the environmental protection currency generation module of the environmental protection node can generate corresponding environmental protection coins for the environmental protection participant based on the environmental protection behavior data of the environmental protection participant, and the generation information of the environmental protection currency is distributed through the above distribution The environmental protection node's environmental protection currency information recording module can obtain environmental protection currency generation information and environmental protection currency circulation information, and transmit the obtained environmental protection currency generation information and environmental currency circulation information through the distributed network; the environmental protection chain of the environmental protection node The maintenance module can create environmental protection data blocks according to the predetermined consensus mechanism, according to the environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and link the created environmental protection data blocks to the locally stored environmental protection data chain, and through distribution The distributed network transmits the created environmental protection data block, or receives the environmental protection data block through the distributed network, and links the received environmental protection data block to the locally stored environmental protection data chain. This system introduces the concept of environmental protection currency used to measure the environmental protection contribution value of environmental protection participants. The generation process and circulation process of the environmental protection currency correspond to the environmental protection behavior record information of environmental protection participants, and are generated based on the environmental protection currency generated within a predetermined time Information and environmental currency circulation information create environmental protection data blocks, and link the created environmental protection data blocks into environmental protection data chains in chronological order. The environmental protection data chains are stored in all environmental protection nodes connected through a distributed network to achieve this The distributed accounting process of the environmental protection behavior record information of environmental protection participants can realize the long-term continuous recording of the environmental protection behaviors of all environmental protection participants in an immutable manner, as well as the quantitative measurement standards for the environmental protection behaviors of all environmental protection participants. And it can trace the entire historical environmental protection behavior of environmental protection participants.

BRIEF DESCRIPTION

Figure 1 is a schematic diagram of the system provided by the first embodiment of the present application;

Fig. 2 is a schematic diagram of an environmental protection node provided by the first embodiment of the present application;

FIG. 3 is a flowchart of the method provided by the second embodiment of the present application;

4 is a flowchart of the method provided by the third embodiment of the present application;

FIG. 5 is a flowchart of the method provided by the fourth embodiment of the present application;

Fig. 6 is a flowchart of a method provided by a fifth embodiment of the present application;

FIG. 7 is a block diagram of a device unit provided by a sixth embodiment of the present application;

FIG. 8 is a schematic diagram of an electronic device provided by a seventh embodiment of the present application;

FIG. 9 is a block diagram of a device unit provided by an eighth embodiment of the present application;

FIG. 10 is a schematic diagram of an electronic device provided by a ninth embodiment of the present application;

FIG. 11 is a block diagram of a device unit provided by a tenth embodiment of the present application;

FIG. 12 is a schematic diagram of an electronic device provided by an eleventh embodiment of the present application;

FIG. 13 is a block diagram of a device unit provided by a twelfth embodiment of the present application;

FIG. 14 is a schematic diagram of an electronic device provided by a thirteenth embodiment of the present application.

detailed description

In the following description, many specific details are set forth in order to fully understand this application. However, this application can be implemented in many other ways different from those described herein, and those skilled in the art can make similar promotion without violating the connotation of this application. Therefore, this application is not limited by the specific implementation disclosed below.

In response to the increasingly prominent problem of environmental pollution, in order to record the environmental behaviors of all environmental protection participants, so as to improve the environmental awareness of each environmental protection participant, this application provides an environmental protection behavior recording system. Examples are provided below to describe the system in detail.

The first embodiment of this application provides an environmental protection behavior recording system. FIG. 1 is a schematic diagram of the system provided in the first embodiment of this application. The system provided in this embodiment will be described in detail below in conjunction with FIG. 1. The embodiments involved in the following description are used to explain the relevant principles of the system, and are not a limitation of actual use.

As shown in FIG. 1, the environmental protection behavior recording system 100 provided in this embodiment adopts a distributed network architecture, which includes: environmental protection nodes 101 connected through a decentralized fully distributed P2P network. The environmental protection nodes 101 may refer to participating in environmental protection. All terminals for the construction and maintenance of the behavior recording system, the status of each environmental protection node are equal, and they are connected and interact with each other in a flat topology. The information sent by any environmental protection node can be diffused to all other environmental protection nodes in the system, and any one Environmental protection nodes can freely join or exit the environmental protection behavior recording system.

Each of the above environmental protection nodes stores an environmental protection data chain used to record environmental protection behaviors. The environmental protection data chain is a network-wide general ledger that records all environmental protection currency circulation information and environmental protection currency generation information, specifically: the environmental protection data block in chronological order A linked data structure chain, the environmental protection data block is used to store chronologically arranged environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and the environmental protection currency can be used to indicate the holding of the environmental protection currency The environmental protection contribution value of the environmental protection currency, the generation information of each environmental protection currency in each environmental protection block and each circulation information of the environmental protection currency have a time stamp that cannot be tampered with and cannot be forged, so as to realize the source of each environmental protection currency. Retrospect.

As shown in FIG. 2, the environmental protection node 101 may include the following modules: an environmental protection currency generation module 1011, an environmental protection currency information recording module 1012, an environmental protection chain maintenance module 1013, and an environmental currency exchange module 1014.

The environmental protection coin generating module 1011 has the following functions:

A. Obtain environmental protection behavior data of environmental protection participants. Environmental protection participants refer to individuals or enterprises that participate in environmental protection activities. Each environmental protection participant may have a unique environmental protection node corresponding to it, or multiple environmental protection participants may share an environmental protection node. The process of obtaining environmental protection behavior data of environmental protection participants is the process of data collection. Relevant data can be collected through third-party platforms, such as collecting individual green travel data through shared bicycle platforms, and obtaining their aggregated enterprises through predetermined environmental protection sites to reduce pollution. Data etc.

The environmental protection behavior data of environmental protection participants can be the following content: environmental protection product production information generated by the environmental protection product manufacturer after the environmental protection product is produced, for example, production data of a manufacturer specializing in the production of degradable plastic packaging products; Information generated in production and business activities that is beneficial to environmental protection, for example, environmental protection data that chemical companies have achieved a significant reduction in pollutant emissions after adopting environmental protection measures, or achieved zero discharge of pollutants; individuals that are beneficial to environmental protection Behavioral information, for example, information about individuals participating in “clean oceans” and “green homes” and other environmental protection public welfare activities, or environmentally friendly green travel data generated by individuals in their daily lives, clean energy use data, and degradable environmentally friendly packaging products Usage data, etc.

B. Generate environmental protection coins corresponding to the environmental protection behavior data according to the environmental protection behavior data. This process requires the quantitative processing of the above-mentioned environmental protection behavior data. Each type of environmental protection behavior data corresponds to a different environmental protection contribution value. The environmental protection currency can be used as a measurement unit of the environmental protection contribution value. The environmental protection contribution value corresponding to each type of environmental protection behavior data above The size of can be expressed by eco-friendly coins. For example, the same number of eco-friendly coins can be generated based on the number of degradable plastic packaging products produced by the above-mentioned manufacturer specializing in the production of degradable plastic packaging products, or based on the degradable plastic packaging products A corresponding number of eco-friendly coins are generated according to the predetermined proportion. For example, every 5 degradable plastic packaging products produced can generate 1 eco-friendly currency.

C. Provide the environmental protection coin to the environmental protection participant. After the environmental protection currency is generated in the above process, the generated environmental protection currency needs to be provided to the corresponding environmental protection participant. The environmental protection participant has the right to hold the environmental protection currency, and the environmental protection participant has the sole ownership of the environmental protection currency account , The essence of the eco-coin account is the eco-coin address, which can be a public key in a set of asymmetric key pairs, which can be generated by the elliptic curve algorithm, and has the private key corresponding to the eco-coin address Participants in environmental protection have the sole ownership of the environmental protection currency on the environmental protection currency address.

It should be clarified that the right to publicize the ecocoin account lies with the ecocoin participant. If the environmental participant chooses to disclose its ecocoin account, the entire system can track the ecocoin generation information and ecocoin corresponding to the ecocoin account at any time Circulation information and information about holding eco-coins, that is, all eco-coin generation information, eco-coin circulation information, and information about holding eco-coins in the eco-coin account can be disclosed to the outside world to show the eco-coin account belongs to. The contribution value of the participants to environmental protection.

D. Transmit the environmental protection coin generation information corresponding to the environmental protection coin to other environmental protection nodes in the environmental protection behavior recording system through the fully distributed P2P network, that is, broadcast the environmental protection coin generation information in the entire network. The environmental protection currency generation information includes the generation time of the environmental protection currency, the information of the environmental protection node that generated the environmental protection currency, and the environmental protection currency identification information. The information of the environmental protection node that generated the environmental protection currency is mainly the identity of the environmental protection participant that corresponds to the environmental protection node. information. Before transmitting the eco-coin generation information, data encryption of the eco-coin generation information can also be performed. Specifically, modern cryptography techniques such as Hash function or digital signature can be used to implement data encryption of the eco-coin generation information.

The environmental protection currency information recording module 1012 is used to obtain environmental protection currency generation information and environmental protection currency circulation information, and transmit the environmental protection currency generation information and environmental protection currency circulation information to the environmental protection behavior recording system through a fully distributed P2P network. Other environmental protection nodes.

The way for the environmental protection currency information recording module 1012 to obtain the circulation information of the environmental protection currency may be: receiving the circulation information of the environmental protection currency transmitted by other environmental protection nodes, or generated by the circulation process of the environmental protection currency collected by the environmental protection node to which it belongs. Data is recorded to obtain the circulation information of eco-coins. The circulation process of eco-coins can refer to the process of transferring eco-coins from one eco-coin address to another eco-coin address. Each transfer of eco-coins has a corresponding circulation scenario and it Correspondingly, in this embodiment, the circulation scenario of the environmental protection coin may be: the environmental protection product production body obtains the environmental protection coin corresponding to the environmental protection product provided by the environmental protection product generation module by producing environmental protection products, and transfers the environmental protection product Associating with the corresponding environmental protection coin, the purchaser of environmental protection products simultaneously obtains the environmental protection coin associated with the environmental protection product when purchasing the environmental protection product.

For example, after a manufacturer of biodegradable plastic bags produces a certain number of biodegradable plastic bags, the eco currency generation module of the environmental protection node corresponding to the manufacturer generates a corresponding number of eco coins according to the quantity of the biodegradable plastic bags. And provide the generated eco-coins to the above-mentioned manufacturer, and the manufacturer generates corresponding identifiable identification information for the eco-coins it obtains, and binds the identifiable identification information with the above-mentioned degradable plastic bag, and there will be other entities in the future When purchasing the above-mentioned degradable plastic bag, by identifying the identifiable identification information, you can obtain the eco-friendly currency corresponding to the degradable plastic bag purchased. The identifiable identification information may be identification information such as a QR code or a barcode. The way of binding the identifiable identifier and the degradable plastic bag may be to pre-place the above two-dimensional code or barcode on the outer surface of the degradable plastic bag.

In this embodiment, the circulation scenario of the above-mentioned eco-coin may also be: the subject holding eco-coins uses eco-coins to make purchases at a predetermined eco-coin receiving subject; the eco-coin receiving subject receives the eco-coin according to predetermined eco-coin receiving rules The environmental protection currency is specifically receiving the environmental protection currency according to a predetermined environmental protection currency receiving ratio or a predetermined amount of environmental protection currency receiving. The subject that holds eco-coins refers to any individual or enterprise that holds eco-coins, and the predetermined eco-coin recipients refer to the pre-determined currency transaction functions of eco-coins and can receive part or all of them in proportion to the value of goods or services. Eco-coin companies, such as those supporting environmental protection businesses, can receive eco-coins in advance at a rate of 5%-15% of the prices of goods or services they sell.

The environmental protection chain maintenance module 1013 is used to create an environmental protection data block according to a predetermined consensus mechanism and according to the environmental protection coin generation information and/or circulation information generated within a predetermined time, and link the created environmental protection data block to the locally stored environmental protection data block Data chain; and transmitting the environmental protection data block to other environmental protection nodes in the environmental protection behavior recording system through the fully distributed P2P network, so that the other environmental protection nodes can link the environmental protection data block to storage The environmental protection data link at the other environmental protection nodes. Alternatively, the environmental protection chain maintenance module is configured to receive environmental protection data blocks through the distributed network, and link the received environmental protection data blocks to a locally stored environmental protection data chain.

The aforementioned consensus mechanism refers to the consensus reached by all environmental protection nodes of the system on the creation rules of the environmental protection data block and the maintenance rules of the environmental protection data chain in advance. In this embodiment, the consensus mechanism may be: a conditional proof mechanism or an authorization mechanism.

The conditional proof mechanism refers to determining whether the environmental protection data block created by the environmental protection chain maintenance module of the environmental protection node is used as the environmental protection data chain stored locally for all environmental protection nodes of the system according to the amount of rights and interests enjoyed by the environmental protection node The environmental protection data block used at the time is specifically: the environmental protection data block created by the environmental protection chain maintenance module of the environmental protection node that meets the preset conditions is used as the environmental protection data chain stored locally for all the environmental protection nodes of the system to maintain The environmental protection data block used at the time, the environmental protection node that meets the preset conditions can be the environmental protection node holding the environmental protection currency value that meets or exceeds the preset currency weight threshold, or the holding of all environmental protection nodes in the system The environmental protection node where the currency weight value of the environmental protection coin reaches the maximum value. The above-mentioned currency weight value refers to the product of the number of eco-coins and the time of holding the eco-coins. For example, if there are 100 eco-coins in the eco-coin address of an environmental node, the holding time of the 100 eco-coins is 100 Day, the currency weight value corresponding to the environmental protection node is 10000.

If the number of environmental protection nodes holding the environmental protection currency value reaches or exceeds the preset currency weight threshold is multiple, the multiple environmental protection nodes are all environmental protection nodes that meet the preset conditions, and each meets the preset conditions The environmental protection nodes can create environmental protection data blocks in a predetermined order and transmit them to other environmental protection nodes through a fully distributed P2P network.

The authorization mechanism refers to the environmental protection data block created by the environmental protection chain maintenance module of the environmental protection node authorized by other environmental protection nodes in the system in advance, as used by all the environmental protection nodes of the system to maintain the locally stored environmental protection data chain For example, all the environmental protection nodes in the system pre-select 100 environmental protection nodes for creating environmental protection data blocks. The 100 environmental protection nodes can create environmental protection data blocks in a predetermined order and pass the full distribution The P2P network transmits the created environmental protection data block to other environmental protection nodes.

In this embodiment, the process of creating the environmental protection data block and linking the created environmental protection data block to the locally stored environmental protection data chain may be: when the environmental protection coin generation module of an environmental protection node transmits the generation information of the environmental protection coin to After other environmental protection nodes, or when the environmental protection currency information recording module of an environmental protection node transmits its recorded environmental protection currency circulation information to other environmental protection nodes, the environmental protection currency of the environmental protection node that meets the preset conditions or is authorized by other environmental protection nodes in the system The information recording module receives the generation information of the environmental protection currency and the circulation information of the environmental protection currency, and uses the environmental protection chain maintenance module to package and encrypt the generation information and circulation information of the environmental protection currency that has not been recognized by the system within a predetermined period of time into one that cannot be tampered with. The process of packaging and encrypting the environmental protection data block can be combined with the encryption information of the environmental protection data block at the end of the existing environmental protection data chain. The encrypted information can be the hash value of the environmental protection data block at the end of the existing environmental protection data chain. In this way, the above-mentioned environmental protection data block is closely related to the existing environmental protection data chain, and the packaged and encrypted environmental protection data block is time stamped and linked to the end of the locally stored environmental protection data chain. It is used to indicate the writing time and traceability data of the data block, which adds a time dimension to the environmental protection data chain, and helps to form an environmental protection data chain that cannot be tampered with; and to pass the above-mentioned packaged and encrypted data block through all The fully distributed P2P network is transmitted to other environmental protection nodes, and the environmental protection chain maintenance modules of other environmental protection nodes receive the above-mentioned packaged and encrypted environmental protection data block through the fully distributed P2P network, and link the environmental protection data block to the locally stored environmental protection The end of the data link forms a new environmental protection data link of the environmental protection behavior recording system.

It should be noted that after the generation information or circulation information of the above-mentioned environmental protection currency is packaged and encrypted into environmental protection data blocks, and linked to the system’s environmental protection data chain, within a predetermined time, subsequent new environmental protection data areas created by any environmental protection node Blocks need to be linked to the above-mentioned environmental protection data block to extend the environmental protection data chain of the system. Each additional environmental protection data block in the environmental protection data chain indicates that the above-mentioned environmental protection currency generation information or environmental protection currency circulation information is confirmed once. The number of times the above-mentioned eco-coin generation information or eco-coin circulation information has been confirmed reaches or exceeds the predetermined threshold, which indicates that the eco-coin generation information or eco-coin circulation information is recognized by the system, and it will be permanently stored on the eco-data chain, Irrevocable.

When the above-mentioned packaged and encrypted data block is transmitted to other environmental protection nodes through the fully distributed P2P network, and other environmental protection nodes link the above-mentioned packaged and encrypted data block to the locally stored environmental protection node through its environmental protection chain maintenance module After the end of the data chain, the above-mentioned environmental protection nodes that meet the preset conditions or are authorized by other environmental protection nodes in the system can also obtain a predetermined number of environmental protection coins, which are used to reward environmental protection nodes that create environmental protection data blocks, through this incentive In this way, the creation behavior of the environmental protection data block can be continued, so as to realize the continuation of the environmental protection data chain.

The eco currency exchange module 1014 is used to convert eco currency to other tokens according to a predetermined conversion rule. The predetermined conversion rule may be when the number of eco currency held by the environmental protection participant reaches or exceeds a predetermined quantity threshold, Convert the environmental protection tokens held by the environmental protection participant to other tokens according to a predetermined conversion ratio. For example, for environmental protection participants, only when the number of environmental protection tokens held by them reaches or exceeds the predetermined number, it indicates Only when the contribution value to the environmental protection business meets or exceeds the predetermined standard, the environmental protection currency held by it can be converted with other tokens according to the predetermined conversion ratio.

The aforementioned other tokens may be tokens that can be traded with real objects or other tokens with payment functions. In this embodiment, the above-mentioned other tokens are tokens that are only used for circulation in other systems. This other system refers to a system whose functions and themes are different from those of the environmental protection behavior recording system provided in this embodiment. .

The environmental protection behavior recording system provided in this embodiment is formed by connecting environmental protection nodes through a fully distributed P2P network, and each environmental protection node stores an environmental protection data chain linked by a time-stamped environmental protection data block, and environmental protection data The block is used to store the environmental protection currency generation information and environmental protection currency circulation information generated by the entire system within a predetermined time; the environmental protection currency generation module of the environmental protection node can generate the corresponding environmental protection currency for the environmental protection participant based on the environmental protection behavior data of the environmental protection participant. The information about the generation of environmental coins is transmitted through the above-mentioned fully distributed P2P network; the environmental coin information recording module of the environmental nodes can obtain environmental coin generation information and environmental coin circulation information, and the obtained environmental coins are paired through the aforementioned fully distributed P2P network Generated information and environmental currency circulation information are transmitted; the environmental protection chain maintenance module of the environmental protection node can package and encrypt the environmental currency generation information and environmental currency circulation information generated within a predetermined time according to a predetermined condition certification mechanism or authorization mechanism and other consensus mechanisms. In this way, the environmental protection data block is created, and the created environmental protection data block is linked to the locally stored environmental protection data chain, and the environmental protection data block created through the fully distributed P2P network is transmitted to other environmental protection nodes in the system, and other environmental protection nodes Receive environmental protection data blocks through its environmental protection chain maintenance module, and link the received environmental protection data blocks to the locally stored environmental protection data chain. This system introduces the concept of environmental protection currency used to measure the environmental protection contribution value of environmental protection participants. The generation process and circulation process of the environmental protection currency correspond to the environmental protection behaviors of environmental protection participants, and record the generation information and circulation information of environmental protection currency , Its essence is to record the environmental protection behaviors of environmental protection participants, create environmental protection data blocks based on the environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and link the created environmental protection data blocks into environmental protection data in chronological order The environmental protection data chain is stored in all environmental protection nodes connected through a distributed network, so as to realize the distributed accounting process of the environmental protection behavior record information of the environmental protection participants, and realize the impossibility of the environmental protection behaviors of all environmental protection participants. The method of tampering is used for long-term continuous recording, and the environmental protection behavior of all environmental protection participants has a quantitative measurement standard, and the entire historical environmental protection behavior of environmental protection participants can be traced.

The second embodiment of the present application provides a method for processing environmental protection behavior data. As shown in FIG. 3, the method includes the following steps:

S201: Obtain environmental protection behavior data of environmental protection participants.

Environmental protection participants refer to individuals or enterprises that participate in environmental protection behaviors. The process of obtaining environmental protection behavior data of environmental protection participants is the process of data collection, such as collecting individual green travel data through shared bicycle platforms, and obtaining their summary through predetermined environmental protection sites Data on reducing emissions of enterprises, etc.

S202: Generate an environmental currency corresponding to the environmental behavior data according to the environmental behavior data, and obtain environmental currency generation information corresponding to the environmental currency.

The process of generating environmental protection coins corresponding to the environmental protection behavior data based on environmental protection behavior data requires quantitative processing of the above environmental protection behavior data. Each type of environmental protection behavior data corresponds to a different environmental protection contribution value, and the environmental protection currency can be used as a measure of environmental protection contribution value. Units, the size of the environmental protection contribution value corresponding to the above-mentioned various types of environmental protection behavior data can be expressed by environmental protection coins. For example, it can be based on the above-mentioned degradable plastic packaging products produced by manufacturers specialized in the production of degradable plastic packaging products. Generate the same number of eco-friendly coins, or generate a corresponding number of eco-friendly coins in a predetermined proportion according to the number of degradable plastic packaging products. For example, every 5 degradable plastic packaging products produced can generate 1 eco-friendly coin. The generation information of the environmental protection coin can be obtained at the same time as the environmental protection coin is generated. The generation information of the environmental protection coin includes the environmental protection participant corresponding to the environmental protection coin, environmental protection behavior data, the generation time of the environmental protection coin, and environmental protection coin identification information.

After the environmental protection currency is generated in the above process, the generated environmental protection currency needs to be provided to the corresponding environmental protection participant. The environmental protection participant has the right to hold the environmental protection currency, and the environmental protection participant has the sole ownership of the environmental protection currency Account, the essence of the ecocoin account is the ecocoin address, which can be a public key in a set of asymmetric key pairs, which can be generated by the elliptic curve algorithm, and has the private address corresponding to the ecocoin address The environmental protection participant of the key has the sole ownership of the environmental protection currency on the environmental protection currency address.

S203: Transmit the environmental protection coin generation information corresponding to the environmental protection coin through a distributed network.

This step is used to transmit the environmental protection currency generation information corresponding to the above environmental protection currency through a fully distributed P2P network, and specifically, the above environmental protection currency generation information can be broadcast on the entire network. Before transmitting the eco-coin generation information, data encryption of the eco-coin generation information can also be performed. Specifically, modern cryptography techniques such as Hash function or digital signature can be used to implement data encryption of the eco-coin generation information.

The third embodiment of the present application provides an environmental protection data processing method. As shown in FIG. 4, the method includes the following steps:

S301. Obtain environmental protection currency circulation information; the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; the environmental protection currency circulation information includes environmental protection currency generation information.

The way to obtain the circulation information of eco-coins can be: receiving eco-coin circulation information transmitted by a distributed network, or by recording the data generated during the circulation of eco-coins. The circulation process of eco-coins can refer to the exchange of eco-coins from an eco-coin. In the process of transferring an address to another eco-coin address, each transfer of eco-coin has a corresponding circulation scenario. In this embodiment, the circulation scenario of eco-coin may be: Way to obtain the environmental protection coin corresponding to the environmental protection product provided by the environmental protection coin generating module, and associate the environmental protection product with its corresponding environmental protection coin. When purchasing the environmental protection product, the purchase subject of the environmental protection product obtains the environmental protection coin synchronously with the environmental protection product. Eco-coins associated with supplies.

S302: Transmit the environmental protection currency circulation information through the distributed network.

This step is used to transmit the environmental coin circulation information obtained in the above steps through a fully distributed P2P network.

The fourth embodiment of the present application provides a method for generating an environmental protection data link. As shown in FIG. 5, the method includes the following steps:

S401: Obtain environmental protection currency circulation information generated within a predetermined time; the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; the environmental protection currency circulation information includes environmental protection currency generation information.

This step is used to receive environmental protection currency circulation information and environmental protection currency generation information transmitted through the fully distributed P2P network within a predetermined time,

S402: Create an environmental protection data block according to the environmental protection currency circulation information generated within the predetermined time.

This step is used to create an environmental protection data block based on the environmental protection currency circulation information and environmental protection currency generation information received within the predetermined time. Specifically, it can be: the generation information and circulation information of the environmental protection currency received within the predetermined time and not yet recognized by the system Package and encrypt into an environmental protection data block that cannot be tampered with. The process of packaging encryption can be combined with the encrypted information of the environmental protection data block at the end of the existing environmental protection data chain. The encrypted information can be the environmental protection data at the end of the existing environmental protection data chain. The hash value of the block forms a close relationship between the environmental protection data block and the existing environmental protection data chain.

S403: Link the environmental protection data block to a locally stored environmental protection data chain.

This step is used to link the environmental protection data block formed by the above steps to the locally stored environmental protection data chain. Specifically, it can be: the above packaged and encrypted environmental protection data block is time stamped and linked to the locally stored environmental protection data chain At the end of the, the timestamp is used to indicate the writing time of the data block and the traceability data, which adds a time dimension to the environmental protection data chain and helps to form an environmental protection data chain that cannot be tampered with and cannot be forged.

S404: Transmit the created environmental protection data block through a distributed network.

The fifth embodiment of the present application provides a method for generating an environmental protection data link. As shown in FIG. 6, the method includes the following steps:

S501: Receive an environmental protection data block through a distributed network; the environmental protection data block is used to store environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and the environmental protection currency is used to indicate the holding of the environmental protection currency The environmental protection contribution value of the person.

This step is used to receive the created, packaged and encrypted environmental protection data block transmitted through the fully distributed P2P network.

S502: Link the environmental protection data block to a locally stored environmental protection data chain.

This step is used to link the environmental protection data block received in the above steps to the locally stored environmental protection data chain. Specifically, it can be: the packaged and encrypted environmental protection data block received above is stamped with a time stamp and then linked to the locally stored environmental protection data block. At the end of the data chain, the timestamp is used to indicate the writing time of the data block and the traceability data, which adds a time dimension to the environmental protection data chain, and helps to form an environmental protection data chain that cannot be tampered with or forged.

The above-mentioned second embodiment provides a method for processing environmental protection behavior data. Correspondingly, the sixth embodiment of the present application also provides a device for processing environmental protection behavior data. Because the device embodiment is basically similar to the method embodiment Therefore, the description is relatively simple. For details of related technical features, please refer to the corresponding description of the method embodiment provided above. The following description of the device embodiment is only illustrative.

Please refer to FIG. 7 to understand this embodiment. FIG. 7 is a unit block diagram of the apparatus provided in this embodiment. As shown in FIG. 7, the apparatus provided in this embodiment includes:

The environmental protection behavior data obtaining unit 601 is used to obtain environmental protection behavior data of environmental protection participants;

The environmental protection coin generating unit 602 is configured to generate environmental protection coins corresponding to the environmental protection behavior data according to the environmental protection behavior data, and obtain environmental protection coin generation information corresponding to the environmental protection coins;

The environmental protection coin generation information transmission unit 603 is configured to transmit environmental protection coin generation information corresponding to the environmental protection coin through a distributed network.

The environmental protection coin providing unit 604 is configured to provide the environmental protection coin to the environmental protection participant.

Individual behavioral information beneficial to environmental protection.

In the foregoing embodiment, a method for processing environmental protection behavior data and a device for processing environmental protection behavior data are provided. In addition, the seventh embodiment of the present application also provides an electronic device. As shown in FIG. 8, the electronic Equipment includes:

The processor 701 and the memory 702, and the memory 702 is used to store a processing program for environmental protection behavior data. When the program is read and executed by the processor 701, the following operations are performed:

Individual behavioral information beneficial to environmental protection.

The third embodiment above provides an environmental protection data processing method. Correspondingly, the eighth embodiment of the present application also provides an environmental protection data processing device. Since the device embodiment is basically similar to the method embodiment, the description is It is relatively simple. For details of related technical features, please refer to the corresponding description of the method embodiment provided above. The following description of the device embodiment is only illustrative.

Please refer to FIG. 9 to understand this embodiment. FIG. 9 is a unit block diagram of the apparatus provided in this embodiment. As shown in FIG. 9, the apparatus provided in this embodiment includes:

The environmental protection currency circulation information obtaining unit 801 is configured to obtain environmental protection currency circulation information; the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; the environmental protection currency circulation information includes environmental protection currency generation information;

The environmental protection currency circulation information transmission unit 802 is configured to transmit the environmental protection currency circulation information through the distributed network.

Optionally, the receiving body of the eco-coin receiving the eco-coin according to a predetermined rule for receiving eco-money includes: the receiving body of the eco-money receiving the eco-coin according to a predetermined eco-money receiving ratio or a predetermined amount of eco-money receiving .

In the foregoing embodiments, a method for processing environmental protection behavior data and a device for processing environmental protection behavior data are provided. In addition, the ninth embodiment of the present application also provides an electronic device, as shown in FIG. The device includes a processor 901 and a memory 902. The memory 902 is used to store an environmental protection data processing program. When the program is read and executed by the processor 901, the following operations are performed:

The foregoing fourth embodiment provides a method for generating an environmental protection data link. Correspondingly, the tenth embodiment of the present application also provides a device for generating an environmental protection data link. The device embodiment is basically similar to the method embodiment. Therefore, the description is relatively simple. For details of related technical features, please refer to the corresponding description of the method embodiment provided above. The following description of the device embodiment is only illustrative.

Please refer to FIG. 11 to understand this embodiment. FIG. 11 is a unit block diagram of the apparatus provided in this embodiment. As shown in FIG. 11, the apparatus provided in this embodiment includes:

The environmental protection currency circulation information obtaining unit 1001 is used to obtain environmental protection currency circulation information generated within a predetermined time; the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; the environmental protection currency circulation information includes the environmental protection currency Generate information;

The environmental protection data block creation unit 1002 is configured to create environmental protection data blocks according to the environmental protection currency circulation information generated within the predetermined time;

The environmental protection data block linking unit 1003 is used to link the environmental protection data block to a locally stored environmental protection data chain;

The environmental protection data block transmission unit 1004 is configured to transmit the created environmental protection data block through a distributed network.

In the foregoing embodiments, a method for generating an environmental protection data link and a device for generating an environmental protection data link are provided. In addition, the eleventh embodiment of the present application also provides an electronic device, as shown in FIG. The electronic device includes a processor 1101 and a memory 1102. The memory is used to store a program for generating an environmental protection data link. When the program is read and executed by the processor, the following operations are performed:

The above fifth embodiment provides a method for generating an environmental protection data link. Correspondingly, the twelfth embodiment of the present application also provides a device for generating an environmental protection data link. The device embodiment is basically similar to the method implementation. Therefore, the description is relatively simple. For details of related technical features, please refer to the corresponding description of the method embodiment provided above. The following description of the device embodiment is only illustrative.

Please refer to FIG. 13 to understand this embodiment. FIG. 13 is a unit block diagram of the apparatus provided in this embodiment. As shown in FIG. 13, the apparatus provided in this embodiment includes:

The environmental protection data block receiving unit 1201 is configured to receive environmental protection data blocks through a distributed network; the environmental protection data blocks are used to store environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and the environmental protection currency is used for Indicates the environmental protection contribution value of the holder of the environmental protection coin;

The environmental protection data block link unit 1202 is used to link the environmental protection data block to a locally stored environmental protection data chain.

In the foregoing embodiments, a method for generating an environmental protection data link and a device for generating an environmental protection data link are provided. In addition, the thirteenth embodiment of the present application also provides an electronic device, as shown in FIG. The electronic device includes a processor 1301 and a memory 1302. The memory 1302 is used to store an environmental protection data link generation program. When the program is read and executed by the processor 1301, the following operations are performed:

In a typical configuration, the computing device includes one or more processors (CPU), input/output interfaces, network interfaces, and memory.

The memory may include non-permanent memory in a computer readable medium, random access memory (RAM) and/or non-volatile memory, such as read-only memory (ROM) or flash memory (flash RAM). Memory is an example of computer-readable media.

1. Computer-readable media includes permanent and non-permanent, removable and non-removable media, and information storage can be realized by any method or technology. The information can be computer-readable instructions, data structures, program modules, or other data. Examples of computer storage media include, but are not limited to, phase change memory (PRAM), static random access memory (SRAM), dynamic random access memory (DRAM), other types of random access memory (RAM), read-only memory (ROM), electrically erasable programmable read-only memory (EEPROM), flash memory or other memory technologies, read-only compact disc read-only memory (CD-ROM), digital versatile disc (DVD) or other optical storage, Magnetic tape cassettes, magnetic tape magnetic disk storage or other magnetic storage devices or any other non-transmission media can be used to store information that can be accessed by computing devices. According to the definition in this article, computer-readable media does not include non-transitory computer-readable media (transitory media), such as modulated data signals and carrier waves.

2. Those skilled in the art should understand that the embodiments of the present application can be provided as methods, systems or computer program products. Therefore, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment, or an embodiment combining software and hardware. Moreover, the present application may take the form of a computer program product implemented on one or more computer usable storage media (including but not limited to disk storage, CD-ROM, optical storage, etc.) containing computer usable program code.

Although this application is disclosed as above with preferred embodiments, it is not intended to limit the application. Any person skilled in the art can make possible changes and modifications without departing from the spirit and scope of the application. Therefore, this application The scope of protection shall be subject to the scope defined by the claims of this application.

Claims

An environmental protection behavior recording system, which is characterized by comprising: environmental protection nodes connected through a distributed network, the environmental protection node stores an environmental protection data chain for recording environmental protection behaviors, and the environmental protection data chain consists of environmental protection data blocks according to time. The environmental protection data block is used to store environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; The environmental protection node includes at least one of the following modules: an environmental protection currency generation module, an environmental protection currency information recording module, and an environmental protection chain maintenance module;

The environmental protection coin generation module is used to obtain environmental protection behavior data of environmental protection participants; generate environmental protection coins corresponding to the environmental protection behavior data according to the environmental protection behavior data; provide the environmental protection coins to the environmental protection participants; The distributed network transmits the generation information of the environmental protection coin;

The environmental protection currency information recording module is used to obtain environmental protection currency generation information and environmental protection currency circulation information, and transmit the environmental protection currency generation information and environmental protection currency circulation information through the distributed network;

The environmental protection chain maintenance module is used to create an environmental protection data block based on the environmental protection currency generation information and the environmental protection currency circulation information generated within a predetermined time according to a predetermined consensus mechanism, and link the created environmental protection data block to the locally stored Environmental protection data chain; and transmitting the created environmental protection data block through the distributed network; or used to receive the environmental protection data block through the distributed network, and link the received environmental protection data block to Locally stored environmental protection data link.
The system according to claim 1, wherein the environmental protection node further comprises: an environmental protection currency exchange module, and the environmental protection currency conversion module is configured to convert the environmental protection currency to other tokens according to a predetermined conversion rule.
The system according to claim 2, wherein the other tokens include tokens only used for circulation in other systems.
The system according to claim 1, wherein the predetermined consensus mechanism comprises:

The condition proof mechanism is used to use the environmental protection block created by the environmental protection chain maintenance module of the environmental protection node that meets the preset conditions as the environmental protection block used by all the environmental protection nodes of the system to maintain the locally stored environmental protection data chain .
The system according to claim 4, wherein the preset conditions include:

The currency weight value of the environmental protection coin held by the environmental protection node reaches or exceeds the preset currency weight threshold;

Or, among all the environmental protection nodes in the system, the currency weight value of the environmental protection currency held by the environmental protection node reaches the maximum value; wherein, the currency weight value is the number of environmental protection currency and holding the environmental protection currency The product of time.
The system according to claim 1, wherein the predetermined consensus mechanism comprises:

The authorization mechanism is used to use the environmental protection block created by the environmental protection chain maintenance module of the environmental protection node authorized by other environmental protection nodes in the system in advance, as used by all the environmental protection nodes of the system to maintain the locally stored environmental protection data chain Environmental protection block.
The system according to claim 1, wherein the environmental protection behavior data of the environmental protection participant includes at least one of the following:

Environmental protection product production information generated by the environmental protection product manufacturer after the production of the environmental protection product;

Information that is beneficial to environmental protection generated by production and business entities in production and business activities;

Individual behavioral information beneficial to environmental protection.
The system according to claim 1, wherein the environmental protection data block is created according to a predetermined consensus mechanism and based on the environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and the created environmental protection data area After the block is linked to the locally stored environmental protection data chain; and after the created environmental protection data block is transmitted through the distributed network, it further includes: obtaining a predetermined number of environmental protection coins.
A method for processing environmental protection behavior data, which is characterized in that it includes:

Obtain environmental protection behavior data of environmental protection participants;

Generating an environmental protection currency corresponding to the environmental protection behavior data according to the environmental protection behavior data, and obtaining environmental protection currency generation information corresponding to the environmental protection currency;

The environmental protection coin generation information corresponding to the environmental protection coin is transmitted through a distributed network.
An environmental protection data processing method, characterized in that it comprises:

Obtain environmental protection currency circulation information; the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; the environmental protection currency circulation information includes environmental protection currency generation information;

The circulation information of the environmental protection coin is transmitted through the distributed network.
A method for generating an environmental protection data link is characterized in that it includes:

Obtain environmental protection currency circulation information generated within a predetermined time; the environmental protection currency is used to represent the environmental protection contribution value of the holder of the environmental protection currency; the environmental protection currency circulation information includes environmental protection currency generation information;

Create an environmental protection data block according to the environmental protection currency circulation information generated within the predetermined time;

Linking the environmental protection data block to a locally stored environmental protection data chain;

The created environmental protection data block is transmitted through a distributed network.
A method for generating an environmental protection data link is characterized in that it includes:

The environmental protection data block is received through a distributed network; the environmental protection data block is used to store environmental protection currency generation information and environmental protection currency circulation information generated within a predetermined time, and the environmental protection currency is used to represent the holders of the environmental protection currency Environmental protection contribution value;

Link the environmental protection data block to a locally stored environmental protection data chain.
A processing device for environmental protection behavior data, characterized in that it comprises:

Environmental protection behavior data acquisition unit, used to obtain environmental protection behavior data of environmental protection participants;

The environmental protection coin generating unit is configured to generate environmental protection coins corresponding to the environmental protection behavior data according to the environmental protection behavior data, and obtain environmental protection coin generation information corresponding to the environmental protection coins;

The environmental protection coin generation information transmission unit is used for transmitting the environmental protection coin generation information corresponding to the environmental protection coin through a distributed network.
An electronic device, characterized in that it comprises:

processor;

The memory is used to store a processing program for environmental protection behavior data, and when the program is read and executed by the processor, the following operations are performed:

Obtain environmental protection behavior data of environmental protection participants;

Generating an environmental protection currency corresponding to the environmental protection behavior data according to the environmental protection behavior data, and obtaining environmental protection currency generation information corresponding to the environmental protection currency;

The environmental protection coin generation information corresponding to the environmental protection coin is transmitted through a distributed network.
An environmental protection data link generation device is characterized in that it includes:

The environmental protection currency circulation information obtaining unit is used to obtain environmental protection currency circulation information generated within a predetermined time; the environmental protection currency is used to indicate the environmental protection contribution value of the holder of the environmental protection currency; the environmental protection currency circulation information includes environmental protection currency generation information;

The environmental protection data block creation unit is used to create environmental protection data blocks according to the environmental protection currency circulation information generated within the predetermined time;

The environmental protection data block linking unit is used to link the environmental protection data block to a locally stored environmental protection data chain;

The environmental protection data block transmission unit is used to transmit the created environmental protection data block through a distributed network.