Personalized virtual three-dimensional intelligent robot and manufacturing method of application scene thereof

Abstract

The invention discloses a personalized virtual three-dimensional intelligent robot and a manufacturing method of an application scene of the personalized virtual three-dimensional intelligent robot, and the application scene of the personalized virtual three-dimensional intelligent robot is an Internet three-dimensional electronic map and takes data of a specific natural person as raw materials. The invention relates to a personalized virtual three-dimensional intelligent humanoid robot with a voice chat function, which can automatically generate an intelligent identification mark. The bionic specific natural person artificial intelligence comprises an exclusive personalized program, and provides intelligent support for the personalized virtual three-dimensional intelligent robot to think questions, judge decisions and voice chat; the intelligent identification identifier intelligently matches information of supply and demand of a user and presents the information as required, so that each personalized virtual three-dimensional intelligent robot creates a personalized virtual three-dimensional intelligent robot within a user authorization range; and each natural person can enjoy an exclusive virtual three-dimensional intelligent robot automatic innovative product which can be endowed through the Internet.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent robots, and in particular to a method for manufacturing a personalized virtual three-dimensional intelligent robot and an application scenario thereof. Background Art

[0002] ChatGPT's capabilities amaze everyone, but it lacks personalization; what is important about ChatGPT is data, but the source of big data before the birth of ChatGPT was not authorized by every natural person at the source of innovation; how to create a method to create a low-cost, high-efficiency, personalized, and sustainable content production within the scope of user authorization, a personalized virtual three-dimensional intelligent robot with independent intellectual property rights, automatically generated intelligent identification identification, and voice chat function, so that every natural person can enjoy the automatic innovation of products, improve quality of life, work efficiency and operating benefits through the Internet-enabled exclusive virtual three-dimensional intelligent robot. Summary of the invention

[0003] The purpose of the present invention is to create a personalized, unique, personalized virtual three-dimensional intelligent robot that automatically generates bionic specific natural persons based on three-dimensional electronic map applications and a method for making its application scenarios.

[0004] The technical solution adopted by the present invention is: a personalized virtual three-dimensional intelligent robot and its application scenario, wherein the personalized virtual three-dimensional intelligent robot uses data generated by a specific natural person as raw materials to generate a bionic specific natural person's artificial intelligence, appearance, voice, tone, posture, business activities based on the application of an Internet three-dimensional electronic map, and automatically generates a personalized virtual three-dimensional intelligent robot with a voice chat function with an intelligent identification mark; the personalized virtual three-dimensional intelligent robot has established an intelligent application module of a bionic natural person, and the intelligent application module of the bionic natural person includes a computer "brain", "vision", "smell", "hearing", "voice", "wearable clothing", and "brain-computer interface" module, which are respectively installed in the pictographic identification intelligent modules of the "brain", "eyes", "nose", "ears", "mouth", "wearable clothing", and "brain-computer interface" of the personalized virtual three-dimensional intelligent robot; the pictographic identification intelligent modules of the "brain", "eyes", "nose", "ears", "mouth", "wearable clothing", and "brain-computer interface" of the personalized virtual three-dimensional intelligent robot are associated with the wearable intelligent clothing database worn by the specific natural person and the real-world intelligent basic layer database, and the corresponding specific natural person is recorded, stored, learned, and understood respectively. The wearable devices and the real-world intelligent basic layer collect and upload the specific natural person's thinking logic data, visual data, olfactory data, auditory data, voice data, clothing data, and information data generated by the brain-computer interface device, realizing the functions of artificial intelligence, vision, smell, hearing, voice, clothing, and brain-computer interface devices of bionic specific natural persons; the personalized virtual three-dimensional intelligent robot bionic natural person's intelligent application computer "brain" intelligent module component is equipped with exclusive personalized voice chat program, money system program, transaction data storage and computing integrated computing architecture program, sign language chat expression package program, robot process automatic The above intelligent program components are associated with the computer vision, smell, hearing, voice, wearable clothing, and brain-computer interface intelligent module functional components of the personalized virtual three-dimensional intelligent robot corresponding to the user. By associating the above intelligent functional components, intelligent support and the latest information source are provided to the personalized virtual three-dimensional intelligent robot when thinking about problems, making judgments and decisions, and voice chatting; the personalized virtual three-dimensional intelligent robot based on the three-dimensional electronic map application corresponding to the specific natural person is a virtual humanoid robot that mimics the appearance of the specific natural person;The three-dimensional electronic map is equipped with a device for automatically generating three-dimensional scenes and a module component for manually establishing three-dimensional scenes. Users need to submit an application for a three-dimensional scene decoration area to a platform built according to the application method. Only after passing the land use right and house use right confirmation review can three-dimensional building decoration be implemented in the corresponding three-dimensional electronic map satellite positioning area within the authorized scope. The construction of the virtual three-dimensional scene shall not exceed the statutory office area and public area area on the user's business license or the area agreed in the contract; the Internet three-dimensional electronic map is associated with the intelligent basic layer of the real world; the intelligent basic layer of the real world includes natural persons in the real world and their intelligent living environment and intelligent working environment; the intelligent living environment and intelligent working environment refer to natural The intelligent tools held and established in people's living and working environments include the Internet, smart phones, smart computers, smart conference rooms, smart product exhibition rooms, smart shopping mall counters, satellite positioning systems, satellite base stations, smart wearable clothing, brain-computer interface smart devices, and 360-degree blind-spot-free smart monitoring camera systems that can be turned on or off to implement 24-hour full monitoring coverage of natural people's living and working areas. The smart monitoring camera system has the functions of face recognition, posture recognition, voice recognition, human body temperature recognition, real-time camera, recording, storage, information transmission, dialogue and chat, live broadcast, and brain-computer communication; the personalized virtual three-dimensional intelligent robot corresponds one-to-one to natural people in the real world, and the personalized virtual three-dimensional intelligent machine People are unique in the three-dimensional electronic map of the application scenario; the "intelligence" of the personalized virtual three-dimensional intelligent robot and its application scenario is characterized by the mutual association of the three-dimensional electronic map of the virtual application layer through the intelligent basic layer of the real world and the one-to-one correspondence of the real-world entities, the three-dimensional electronic map of the virtual application layer bionics the real world and uses the data generated by the intelligent basic layer of the real world as raw material to associate the intelligent module of the three-dimensional electronic map of the virtual application layer and the personalized virtual three-dimensional intelligent robot, to generate a personalized virtual three-dimensional intelligent robot with bionic specific natural person artificial intelligence, appearance, voice, tone, posture and behavior; the personalized virtual three-dimensional intelligent robot artificial intelligence, appearance, voice, The tone and posture behavior generation mode is to feed the exclusive personalized virtual intelligent robot with data of the exclusive natural person tagged with time information, name and age information, expression, posture, voice, tone, article, weather information and geographic location, and the personalized virtual intelligent robot learns and imitates to generate a personalized virtual three-dimensional intelligent robot that imitates the personalized artificial intelligence, appearance, voice, tone, posture and behavior, and business style of the specific natural person; the personalized virtual three-dimensional intelligent robot intelligent identification includes: advertising identification, call for help identification, help identification, service identification, posture identification, voice recognition, face recognition, and transaction data identification;The personalized virtual three-dimensional intelligent robot service identification mark is to classify the suppliers and demanders of consumer goods according to the classification of consumer goods, so as to classify the corresponding personalized virtual three-dimensional intelligent robot at the satellite positioning of the consumer goods suppliers and demanders based on the three-dimensional electronic map; the advertising identification mark can be customized as a banner or an advertising balloon, and the user can choose to suspend the advertising identification positioning mark that identifies the supply or demand above the head of the personalized virtual three-dimensional intelligent robot at the daily service place or the corresponding geographical location of the user on the three-dimensional electronic map according to the real-time satellite mobile positioning; if the user wants to position the advertising identification advertisement at the corresponding real-world place on the three-dimensional electronic map that does not belong to his daily service In places where the property rights of land or housing belong to others, it is necessary to obtain the consent of the corresponding real-world property owner and provide proof of approval before the advertising logo indicating supply or demand can be positioned at that place; the supplier of consumer goods for residents is limited to natural persons who provide supply and demand services for consumer goods for residents; the personalized virtual three-dimensional intelligent robot intelligent recognition logo is based on the intelligent presentation of the three-dimensional electronic map, and the intelligent presentation is to intelligently match the user's supply and demand information and present it on demand. The user can turn on or off the intelligent recognition button: when the intelligent recognition button is turned on, the products or needs provided by a specific natural person are intelligently judged as not being used by a specific natural person in the application scenario. When a user who logs in within the preset range of the center requires it, the personalized virtual three-dimensional intelligent robot corresponding to the specific natural person in the application scenario does not present the identification mark of the provided product or service to the logged-in user. When the personalized virtual three-dimensional intelligent robot and the intelligent system of the application scenario detect that a potential customer logs in to the application scenario and appears within the service range set by the user, the product or service provided by the specific natural person that triggers the system's prediction is in demand, and the identification mark of the provided product or service is automatically presented in the application scenario for the user who logs in to the application scenario to choose; when the smart identification button is turned off by the user, the user can choose to automatically present or not present the identification mark of the provided product or service in the application scenario. The personalized virtual three-dimensional intelligent robot transaction data identification mark is a legend display of commodity transaction data that occurs on the Internet three-dimensional electronic map platform by the personalized virtual three-dimensional intelligent robot as an information carrier for the supply and demand of consumer goods for residents. The characteristic of the legend display is that the price and transaction volume data are displayed in one legend, and the legend symbolizes real-time storage and integrated calculation statistics and summarizes them to generate a commodity transaction market dashboard based on the specific page of the application scenario. The legend symbol of each transaction price and its corresponding transaction volume is automatically micro-engraved with the language and Arabic numerals of the country where it is located through a computer program to mark each price data of the calculation period and the corresponding transaction subject information and transaction volume data information. ;

[0005] The present invention is an AI application based on three-dimensional electronic maps. By using the data generated by a specific natural person as raw material, the application of the three-dimensional electronic map on the Internet simulates the artificial intelligence, appearance, voice, tone, posture, and business activities of the specific natural person, and automatically generates a personalized virtual three-dimensional intelligent robot, so that the personalized content produced by the natural person can empower the virtual three-dimensional intelligent robot to innovate products and have application scenarios. Implementation

[0006] The method for generating the personalized virtual three-dimensional intelligent robot and its application scene of the present invention comprises the following steps: 1. Establishing application scenarios of personalized virtual 3D intelligent robots: (1) Establishing a real-world intelligent foundation layer associated with the intelligent application module components of a three-dimensional electronic map, wherein the real-world intelligent foundation layer includes the intelligent living environment and intelligent working environment of natural persons in the real world; the intelligent living environment and intelligent working environment refer to the intelligent tools held and established in the living and working environments of natural persons, including smart phones, smart computers, smart conference rooms, smart product exhibition rooms, smart shopping mall counters, satellite positioning systems, satellite base stations, wearable clothing, and a 360-degree blind spot intelligent monitoring camera system that can be turned on or off to implement 24-hour full monitoring coverage of the living and working areas of natural persons. The intelligent monitoring camera system has the functions of face recognition, posture recognition, voice recognition, human body temperature recognition, real-time video recording, recording, storage, information transmission, dialogue and chat, and live broadcast; (2) Establishing an application scenario in which a personalized virtual three-dimensional intelligent robot corresponding to a natural person who logs into the electronic map provides personalized life and work services to the society based on the one-to-one correspondence between electronic maps, satellite map images and the intelligent basic layer of the real world: a three-dimensional electronic map; The three-dimensional electronic map is established with an intelligent module that automatically generates a three-dimensional electronic map of natural person's life and office scenes by combining an electronic map with satellite images; first, a bionic intelligent three-dimensional life and office scene based on the positioning of the three-dimensional electronic map corresponding to the natural person including employees of enterprises, institutions and administrative units is established: the application scenario of establishing a personalized virtual three-dimensional intelligent robot based on the fusion of three-dimensional electronic maps and natural people in the real world to provide personalized life and personalized work services is established with an intelligent module component that automatically generates a three-dimensional scene by combining an electronic map with satellite images and a module component that manually establishes and maintains a three-dimensional scene. The user first locates one or several legal business or office addresses exclusive to the user, selects the corresponding legal office area on the electronic map, and uses the module that automatically generates a three-dimensional scene by combining an electronic map with satellite images to generate a three-dimensional scene of the target area. The system refreshes the electronic map in real time and combines the satellite images to generate a three-dimensional scene based on the appearance of the three-dimensional electronic map, including information on buildings, roads, waters and vegetation, etc. Based on the character identification generated by the device, natural persons including enterprises, institutions and administrative units If the administrative unit employee has authorized the system to associate each surveillance camera for face and posture recognition and automatic identification, the automatic identification will be replaced by the corresponding personalized virtual three-dimensional intelligent robot. If the user does not authorize automatic identification, it will not be identified and will be automatically cleared; the user can choose the system default refresh time or customize the refresh time and interval refresh time or real-time refresh; the three-dimensional electronic map can manually upload indoor pictures to generate indoor three-dimensional scenes including the location of the land god, the location of the god of wealth, and incense burning utensils; real-time refresh of the appearance of the three-dimensional electronic map does not affect the current status of the indoor three-dimensional scene; the user can also choose to manually establish or manually beautify the three-dimensional scenes of indoor and outdoor office areas in the target area of ​​the three-dimensional electronic map, including the location of the indoor land god, the location of the god of wealth, and incense burning tools. Users who apply to use the device for generating three-dimensional scenes or apply for the module for manually establishing three-dimensional scenes need to submit an application to the platform first. Only after passing the land use right and house use right confirmation review can three-dimensional building decoration be implemented within the authorized scope. The construction of virtual three-dimensional scenes shall not exceed the statutory office area and common area area on the user's business license or the area agreed in the contract; (3) Establishing application scenarios for the personalized virtual intelligent robot on the three-dimensional electronic map to provide personalized life and personalized work services, including establishing a natural sound environment and video monitoring environment based on the three-dimensional electronic map: establishing a pictographic monitoring device intelligent module logo associated with the above monitoring device at the corresponding monitoring device with face recognition and voice recognition installed in the living area of ​​the user's unit and home, and the user can click the pictographic logo of the monitoring device on the three-dimensional electronic map to watch the monitoring screen and hear the real-time screen sound. The user can choose to turn on or off the monitoring device of each specific monitoring point. The user can turn on the sound playback in real time or choose to turn off the real-time playback of the scene sound, including the sound of wind, rain, dog barking, and people talking. The three-dimensional electronic map is established by authorizing the associated monitoring device with face recognition and voice recognition at the user's unit and home to have a human voice recognition device and a face recognition device. The user can choose to close or open the real-time video playback window, and the user must set the access permission; (4) The three-dimensional electronic map of the application scenario has established a three-dimensional electronic map decoration tool and a tool module for building installation and decoration. Users can customize a virtual three-dimensional simulated intelligent conference room, a virtual three-dimensional intelligent product exhibition hall, a virtual three-dimensional intelligent commodity city, and a virtual three-dimensional intelligent shopping mall counter based on the three-dimensional electronic map positioning corresponding to the office building in the real world according to the decoration tool software provided by the three-dimensional electronic map, so as to provide an application scenario of personalized work service based on the three-dimensional electronic map application for personalized virtual three-dimensional intelligent robots; (5) The three-dimensional electronic map of the application scenario is established with a three-dimensional intelligent conference room module, which has the functions of personalized virtual three-dimensional intelligent robot attendance management, personalized virtual three-dimensional intelligent robot scene live broadcast, personalized virtual three-dimensional intelligent robot expression sending, personalized virtual three-dimensional intelligent robot dance movements, business card management, message management, global speech, range speech, hand-raising speech, mute, invitation code management, custom transmission code, sign-in management, task management, user diversion management, message management, synchronization of personalized virtual three-dimensional intelligent robot speech image, and flexible replacement of pictures and videos; the intelligent conference room module has AI voice drive, personalized virtual three-dimensional intelligent robot face drive, voice lip synchronization, splicing sound, personalized virtual three-dimensional intelligent robot with thousands of faces, TTS broadcast, personalized virtual three-dimensional intelligent robot beauty beautification, support for multiple languages, green screen & video segmentation, ultra-realistic ultra-high-definition personalized virtual three-dimensional intelligent robot, underlying AI engine interaction, and monocular camera to realize the personalized virtual three-dimensional intelligent robot face and motion capture function; users can customize the setting of meeting scenes to realize real-time interaction of personalized virtual three-dimensional intelligent robots corresponding to multiple terminals and multiple natural persons within the scope of natural person authorization, and immersive and efficient communication; (6) The three-dimensional electronic map has an intelligent product exhibition hall module. The three-dimensional electronic map provides a decoration module for users to build a three-dimensional exhibition hall, so that users can immerse themselves in the exhibition. Exhibitors and users can communicate in real time in the exhibition scene through the corresponding exclusive personalized virtual three-dimensional intelligent robot. Users can click on the video module of the exclusive personalized virtual three-dimensional intelligent robot to directly video the customer. Exhibitors can click on the corresponding personalized virtual three-dimensional intelligent robot to conduct new product releases, main speeches, interactive activities and other forms of marketing, which helps to promote efficient display and conversion; products can be purchased through pop-up windows; (7) The three-dimensional electronic map application scenario establishes a virtual commodity city that simulates pedestrian streets in various countries and regions and corresponds to the actual pedestrian street business entities based on the satellite positioning of the three-dimensional electronic map. Enterprises that have corresponding business physical stores or specialty counters in the real world can apply to settle in the three-dimensional virtual store corresponding to the satellite positioning in the virtual commodity city, and establish their own three-dimensional virtual mall store with decoration corresponding to the real world positioning. The virtual mall can display the company's products, and users can directly place orders to purchase; (8) The three-dimensional electronic map is associated with the money system program built into the personalized virtual intelligent robot: the money system program dynamically counts the previous period balance, current period income, current period expenditure, and current period balance of each user's gold standard account in the three-dimensional electronic map. Users can only query the account balance and detailed amount under their own name. The three-dimensional electronic map is associated in real time with the money system program built into the computer "brain" of the personalized virtual three-dimensional intelligent robot that all users have authorized to associate with, and users can choose to cancel the association; (9) The three-dimensional electronic map is established with a program for symbolic storage and real-time calculation of transaction data in a limited space: The three-dimensional electronic map is established with a market module component by establishing a program for symbolic storage and real-time calculation of transaction data in a limited space. Clicking the "market" button will show a dynamic transaction real-time market board, including a commodity transaction market board and a stock transaction market board; the program for symbolic storage and real-time calculation of dynamic transaction data in a limited space adopts the ingot gold standard. The three-dimensional electronic map generates a real-time market board for dynamic transactions of commodities whose transaction information is authorized to be opened by users on the three-dimensional electronic map platform according to the personalized intelligent robot using the ingot gold standard and the program for symbolic storage and real-time calculation of dynamic transaction data in a limited space. The real-time market board includes commodities, The product transaction market board and the stock transaction market board dynamically feedback the actual and ongoing consumer product transaction data on the three-dimensional electronic map platform and the real-time transaction data of the stock of the joint-stock company on the application platform; the user can choose to make the transaction data public or not, and the transaction data market board only updates and displays the transaction data that has occurred and is occurring on the three-dimensional electronic map through the virtual three-dimensional intelligent robot sales by the user on the three-dimensional electronic map and the user has authorized to be disclosed in real time; the transaction data of the ingot gold standard includes but is not limited to: transaction time, commodity code, commodity name, increase in the calculation period, current price, buying price, selling price, total transaction quantity, unit, total transaction amount, and the current price, buying price, selling price, and total transaction amount of the matching country's currency; The program for real-time calculation of dynamic transaction data established by the three-dimensional electronic map in symbolic storage in a limited space is characterized in that: the transaction data is commodity and stock transaction data occurring on the three-dimensional electronic map platform, including the time, transaction price and transaction quantity of the transaction, the transaction price and transaction quantity are stored and displayed in a symbolic manner, and the transaction price and the corresponding transaction volume are broadcasted in real time by voice according to the number of transactions; the commodity is a consumer product or a stock; the storage and display are displayed as a price chart and a transaction volume chart in one picture, that is, each price and its corresponding transaction volume and all prices and their corresponding cumulative transaction volumes in the statistical period selected by the user are displayed in real time; the symbols are four colors: red, green, gold and silver Three-dimensional ingots and three-dimensional foil symbols, gold bean symbols, negative line graphs, positive line graphs, upper shadows, and lower shadows. The symbols are automatically micro-engraved with the language and Arabic numerals of the country where they are located through a computer program to mark each price data of the calculation period and the corresponding transaction volume summary data; for the negative line graph, if the closing price is lower than the opening price, the part from the opening price to the closing price is drawn with green silver ingots and green silver foil entities according to the progressive transaction volume system, representing a decline; for the positive line graph, if the closing price is higher than the opening price, the part from the opening price to the closing price is drawn with red gold ingots and red gold foil entities according to the progressive transaction volume system, then the ingot graph is called a positive line graph, representing an increase; the upper shadow graph is drawn with silver ingots The upper shadow chart is connected by the combination of gold ingots and gold foil to connect the highest price with the entity of red gold ingots, red gold foil entity or green silver ingots, green silver foil entity, which is called the upper shadow chart; the lower shadow chart uses the arrangement and combination of gold ingots and gold foil to connect the lowest price with the entity of red gold ingots, red gold foil entity or green silver ingots, green silver foil entity, which is called the lower shadow chart; the limited space refers to the thickness of the symbol determined by the closing price of yesterday or the previous cycle of a certain cycle, and the repeated increase of trading volume at the same price does not increase the thickness in the diagram, and the progressive length; the displayed storage cycle data is the user-defined statistical cycle data for each, such as 1 minute, 5 minutes, 10 minutes, day, month, quarter, year, etc.; the calculation is: use the symbol to connect each of the target Each price of a cycle and the cumulative trading volume of the same price are recorded or recorded dynamically. The symbol position is the intersection of the time and price of the transaction. The width of the symbol represents the trading volume of the price. The excess progressive system is used to record the change of trading volume: the amount of the underlying trading volume is divided into several levels; the trading amount of each level is separately stipulated. The "super" in the excess progressive system means that when the trading amount of the target exceeds a certain level, the excess part is calculated according to the higher level specification. The method is as follows: 1) Insert a piece of gold or silver foil of the corresponding color into the first cell at the corresponding transaction price. We indicate that the trading volume at this price position is less than or equal to a yuan or a lot, where a is an integer greater than zero;2) Insert the second piece of gold or silver foil of the corresponding color into the second cell at the corresponding transaction price, which is used to indicate that the total transaction volume at this price position is greater than a yuan or a lot, and less than or equal to 10a yuan or 10a lots; 3) Insert the third piece of gold or silver foil of the corresponding color into the third cell at the corresponding transaction price, which is used to indicate that the total transaction volume at this price position is greater than 10a yuan or 10a lots, and less than or equal to 100a yuan or 100a lots; 4) Insert the fourth piece of gold or silver foil of the corresponding color into the fourth cell at the corresponding transaction price, which is used to indicate that the total transaction volume at this price position is greater than 10a yuan or 10a lots, and less than or equal to 100a yuan or 100a lots. The total transaction volume is greater than 100a yuan or 100a lots, and less than or equal to 1000a yuan or 1000a lots; 5), the fifth cell at the corresponding transaction price inserts the fifth piece of gold or silver foil of the corresponding color, which we use to indicate that the total transaction volume at this price position is greater than 1000a yuan or 1000a lots, and less than or equal to 10000a yuan or 10000a lots; ... and so on, a is an integer greater than zero, and the value range of a is determined by the activity of the underlying asset and the size of the transaction volume. For targets with active transactions and large transaction volumes, the value range of a is generally larger; The integrated calculation is to store the transaction price data and the transaction volume data in symbols, and each statistical period can be customized as a one-minute, day, week, month or year period chart; the integrated real-time calculation is to establish a coordinate system with the time of the market target transaction as the horizontal axis, the price as the vertical axis, and the time as the horizontal axis. According to the time and price of the market winning transaction, the three-dimensional ingots and three-dimensional foil symbols of four colors of red, green, gold and silver are used at the intersection of the time and price of the target transaction in the coordinate system to record each statistical period of the market winning transaction by using the excess progressive method. Each price of the period and the cumulative trading volume of the same price, where the width of the symbol represents the trading volume of the price, and the excess progressive system is used to record the changes in trading volume: the amount of the underlying trading volume is divided into several levels; the trading amount of each level is specified separately, and the "super" in excess progressive means that when the trading amount of the underlying exceeds a certain level, the excess part is aggregated and calculated according to the higher level specifications; each statistical period can be customized as a one-minute, day, week, month or year cycle chart, called a one-minute Yuanbao line chart, a yen Yuanbao line chart, a weekly Yuanbao line chart, a monthly Yuanbao line chart or a year Yuanbao line chart; The method for symbolically storing and integrating transaction data in a limited space with real-time calculation includes the following process: ① With the time of transaction as the horizontal axis, the price as the vertical axis, and the time as the horizontal axis, the unit is equal and unchanged, and the coordinate system is established. The three-dimensional ingots and foil graphics of four colors, red, green, gold and silver, are arranged and combined into symbols; ② Use symbols to record or dynamically record each price of each period of the target and the cumulative trading volume of the same price; the symbol position is the intersection of the time and price of the transaction, where the width of the symbol represents the trading volume of the price, and the excess progressive system is used to record the change of trading volume. Red represents an increase, green represents a decrease, silver represents an upper shadow chart, and gold represents a lower shadow chart; focus on marking the opening price, highest price, lowest price, and closing price. If the closing price is higher than the opening price, the symbol is called a positive line chart, representing an increase. The part from the opening price to the closing price is drawn with red gold ingots and red gold foil entities according to the progressive trading volume system; otherwise it is called a negative line chart, and the part from the opening price to the closing price is drawn with green silver ingots and green silver foil entities according to the progressive trading volume system. The lower shadow is the number that represents a decline; the lowest price is connected with the red gold ingot, red gold foil entity or the green silver ingot, green silver foil entity by the arrangement and combination of gold ingots and gold foil, which is called the lower shadow; the highest price is connected with the entity between the red gold ingot, red gold foil entity or the green silver ingot, green silver foil by the silver ingot and silver foil, which is called the upper shadow; the lower shadow is represented by the arrangement and combination of gold ingots and gold foil, and the upper shadow is represented by the arrangement and combination of silver ingots and silver foil; if the opening price is exactly equal to the closing price, the north and south poles are formed like the electromagnet figure, with the upper being the north and the lower being the south. The North Pole is represented by the silver silver ingot figure and the silver silver foil figure, and the South Pole is represented by the gold gold ingot figure and the gold foil figure. The watershed is the opening price and the closing price, which is equivalent to the cross star of the K-line; ③ Divide the amount of the underlying transaction volume into several levels; stipulate the transaction amount for each level separately. The "super" in excess progressive means that when the transaction amount of the underlying object exceeds a certain level, the excess part shall be aggregated and calculated according to the higher level specifications. The method is as follows: 1) Insert a piece of gold or silver foil of the corresponding color into the first cell at the corresponding transaction price, which indicates that the transaction volume at this price position is less than or equal to a yuan or a lots, where a is an integer greater than zero; 2) Insert the second piece of gold or silver foil of the corresponding color into the second cell at the corresponding transaction price, which indicates that the total transaction volume at this price position is greater than a yuan or a lots and less than or equal to 10a yuan or 10a lots; 3) Insert the third piece of gold or silver foil of the corresponding color into the third cell at the corresponding transaction price, which indicates that the total transaction volume at this price position is greater than a yuan or a lots and less than or equal to 10a yuan or 10a lots. is greater than 10a yuan or 10a lots, and less than or equal to 100a yuan or 100a lots; 4), the fourth gold or silver foil of the corresponding color inserted in the fourth cell at the corresponding transaction price is used to indicate that the total transaction volume at this price position is greater than 100a yuan or 100a lots, and less than or equal to 1000a yuan or 1000a lots; 5), the fifth gold or silver foil of the corresponding color is inserted in the fifth cell at the corresponding transaction price, and we use it to indicate that the total transaction volume at this price position is greater than 1000a yuan or 1000a lots, and less than or equal to 10000a yuan or 10000a lots; ... and so on, a is an integer greater than zero, and the value range of a is determined by the activity of the underlying asset and the size of the transaction volume. For targets with active transactions and large transaction volumes, the value range of a is generally larger; ④ For the three-dimensional ingots and three-dimensional foil symbols, when the minimum unit of the ingot is 1mm*1mm*1mm, when the cumulative three-dimensional thickness of the gold or silver foils of various colors partially or completely continuous vertically without gaps reaches and equals 1mm*1mm*1mm, an ingot of the corresponding color of 1mm*1mm*1mm is automatically generated; when four ingots of 1mm*1mm*1mm in size form a cube, an ingot of the corresponding color of 2mm*2mm*2mm is automatically generated; when four ingots of 2mm*2mm*2mm in size form a cube, an ingot of the corresponding color of 4mm*4mm*4mm is automatically generated; when four ingots of 4mm*4mm*4mm in size form a cube, an ingot of the corresponding color of 8mm*8mm*8mm is automatically generated; when four ingots of 8mm*8mm*8mm in size form a cube, an ingot of the corresponding color of 16mm*16mm*16mm is automatically generated;...... And so on; the color of the ingot after it is generated is the same as the color of the foil before it is generated. If the foil color before the ingot is generated is only one color, the generated ingot will also be single color; if the foil before the ingot is generated is composed of two or three colors, the generated ingot will also be divided into two or three colors at the corresponding scale; ⑤ The thickness of the gold foil and silver foil is determined by the closing price of yesterday or the previous cycle of a certain cycle, and the thickness of the gold foil and silver foil corresponding to 0.01 yuan is determined: suppose the closing price of the target commodity yesterday or the previous cycle of a certain cycle is z yuan, and suppose the target commodity is in the A3 standard paper specification. When the increase is 5%, the symbol height is positioned at 1cm; when the increase is 10%, the symbol height is correspondingly 2cm; when the increase is 15%, the symbol height is 3cm......According to this ratio, the thickness of the gold foil and silver foil is: 10mm / z yuan*5%*100 points=20mm / z yuan*10%*100 points=30mm / z yuan*15%*100 points=........, indicating the thickness of the gold foil or silver foil that should be drawn corresponding to 0.01 yuan of the target object. The repeated increase of the symbol trading volume at the same price does not increase the thickness in the diagram, but the progressive length; ⑥ The user can choose the periodic symbol to be displayed. The period can be customized. For example, when it is defined as one minute, day, week, month or year, the corresponding symbol is one minute symbol, day symbol, week symbol, month symbol or year symbol. The symbol is three-dimensional ingot and three-dimensional foil symbol in four colors of red, green, gold and silver, Yin line chart, Yang line chart, upper shadow line and lower shadow line; each period has a summary of the transaction quantity and transaction amount of all symbol scales. When the user moves the mouse to the symbol, the symbol automatically enlarges to display the total transaction volume and price range; when the user clicks the symbol, the transaction price and corresponding transaction volume of the single symbol are displayed; ⑦ For the trading volume that does not meet the generation rules of gold ingots and silver ingots, the cross-sectional image of gold or silver foil is displayed in a progressive interval, similar to the dynamic display of "one". Every time the price jumps to a position, the width of the last grid of gold or silver foil is dynamically stretched horizontally before it is full. When the price jumps away, it is represented by a static half-grid of gold or silver foil of the corresponding color until the trading volume is full and jumps to the next grid due to the progressive trading volume, and then the next grid takes over. The ingot map can also be replaced by other commodity pictograms with certain meanings, such as egg pictograms, apple pictograms, etc. ⑧The maximum transaction volume of a single transaction at each price is marked with a gold bean, on which the transaction time, price and transaction volume data are micro-engraved. The width of the gold bean is determined by the ratio of the maximum transaction volume of a single transaction corresponding to the price to the total transaction volume corresponding to the price in the statistical period; ⑨ The micro-engraving process measurement method is characterized in that when a symbol such as a gold bean symbol is clicked, the gold bean symbol can be automatically reduced or enlarged to a progressively enlarged or reduced gold bean multiple screen set by the system by rolling forward and backward with the mouse, and the user can clearly see the transaction time, price, and transaction volume data with the naked eye through the enlarged symbol; ⑩The voice broadcasts the price and corresponding trading volume of each transaction in real time, facilitating users with poor eyesight or those who want to rely on hearing, especially blind users, to timely understand the real-time, continuous, and abnormal data updates of consumer goods or stock trading on the three-dimensional electronic map platform; The specific steps of the voice real-time broadcast are as follows: Continuously select the latest 2 transaction prices and trading volumes of the underlying assets for which the user has opened data information from the database of the three-dimensional electronic map platform. The database is the real-time database of the three-dimensional electronic map platform described in this application; Compare the latest 2 transaction prices of the underlying assets; The comparison result is represented by specific transaction data + dubbed words and expressed in voice. The specific transaction data is the transaction price or trading volume; the dubbed words are that the latest transaction price is compared with the previous transaction price, and the dubbed word for a price increase is "rise", and the dubbed word for a price decrease is "fall"; (10) The three-dimensional electronic map has a built-in recognition module for the personalized virtual intelligent robot. The recognition module is installed with a face recognition program, a posture recognition program, a voice recognition program, and a service recognition program, which are correspondingly built-in face recognition module components, posture recognition module components, voice recognition module components, and service recognition module components; the user can turn on or off the recognition button of the personalized virtual three-dimensional intelligent robot exclusive to him / herself, and the three-dimensional electronic map users can identify the identity information and service information of the user who has turned on the identity recognition. After the user turns off the recognition button, the identity information and service information of the user can only be seen by himself / herself; the recognition button is set with optional options of face, posture, voice, and service, which can be selected individually or multiple times; the three-dimensional electronic map user can use the three-dimensional electronic map recognition module to identify the name of the user who has turned on the recognition permission, the service content provided, and other information with one click; implementation method: the user clicks on the recognition module, and the activated recognition module program immediately starts the monitoring device installed by the associated real world and the wearable clothing worn by the natural person for the user who has turned on the recognition permission of the three-dimensional electronic map. The personalized virtual intelligent robot is equipped with a plurality of intelligent devices, including a plurality of intelligent devices, a plurality of intelligent devices, and a plurality of intelligent devices. The personalized virtual intelligent robot is equipped with a plurality of intelligent devices, and a plurality of intelligent devices are equipped with an intelligent device ... (II) Generate personalized virtual 3D intelligent robot: (1) Using the satellite positioning identification of natural persons, including employees of enterprises, institutions and administrative units, who log in to the three-dimensional electronic map, in the application scene of the three-dimensional electronic map as the data carrier, a personalized virtual three-dimensional intelligent robot is created to classify and identify consumer goods supplied or demanded by the natural person by imitating the image of the specific natural person; (2) The satellite positioning of the personalized virtual three-dimensional intelligent robot based on the three-dimensional application scenarios of the Internet, especially based on the three-dimensional electronic map application scenarios, corresponds to natural persons in the real world, including employees of enterprises, institutions and administrative units. The personalized virtual three-dimensional intelligent robot is associated with natural persons wearing wearable intelligent clothing with real-time satellite positioning, real-time 360-degree camera, recording, intercom, live broadcast, video, information storage and real-time information transmission, including employees of enterprises, institutions and administrative units. The personalized virtual three-dimensional intelligent robot has an intelligent application module that establishes and bionics natural persons. The intelligent application module of bionic natural persons includes a computer "brain", "vision", "smell", "hearing" and "speech". , "wearable clothing", "brain-computer interface" modules are respectively installed in the pictographic symbols of the "brain", "eyes", "nose", "ears", "mouth", "wearable clothing", and "brain-computer interface" of the personalized virtual three-dimensional intelligent robot; the "brain", "eyes", "nose", "ears", "mouth", "wearable clothing", and "brain-computer interface" pictographic identification intelligent modules of the personalized virtual three-dimensional intelligent robot are associated with the wearable intelligent clothing database worn by a specific natural person and the real-world intelligent basic layer database, and the thinking logic of the specific natural person collected and uploaded by the corresponding wearable device worn by the specific natural person and the real-world intelligent basic layer is recorded, stored, learned, and understood respectively. The personalized virtual three-dimensional intelligent robot bionics natural person's intelligent computer "brain" module component is equipped with an exclusive personalized voice chat program, a money system program, a transaction data storage and calculation integrated computing architecture program, a sign language chat emoticon package program and a robot process automation program as well as a "brain-computer interface" program. The exclusive personalized voice chat program is a voice chat program that imitates the voice and tone of a specific natural person. The money system program dynamically counts The previous period balance, current period income, current period expenditure and current period balance of the gold standard account of the user. The user can only query the account balance and detailed amount under his / her name. The transaction data storage and calculation integrated computing architecture program adopts the gold standard to use the symbols of gold and silver elements to store, calculate, display and broadcast each price of each transaction cycle and its corresponding total transaction volume and the maximum single transaction volume and transaction amount of each transaction cycle corresponding to each price in real time; the robot process automation program is a personalized virtual intelligent robot equipped with the robot process automation program and its configured dedicated virtual computer to link the computer used by the natural person, so that the computer becomes an automatically working digital employee;The personalized virtual three-dimensional intelligent robot "brain-computer interface" module is associated with the corresponding natural human brain-computer interface device: (1) recording, transmitting, storing, imitating, learning the thoughts, ideas, dreams and information exchange of natural persons. The recording and storage of the corresponding natural person's thoughts, ideas and dreams are recorded and stored in the form of video, picture and text. If it can be recorded and stored in the form of video, no pictures are needed; if it can be recorded and stored in the form of pictures, no text is needed; if it cannot be recorded and stored in the form of video and picture, it is recorded and stored in the exclusive user's native language; (2) according to the exclusive user's instructions transmitted by the exclusive user's brain-computer interface program, the posture and expression of the personalized virtual intelligent robot of the three-dimensional electronic map are guided, directed, corrected, controlled and encoded, and information is exchanged with the exclusive user, and the damaged vision of the exclusive user is restored. The "mouth" pictographic mark corresponds to the "speech" module and is synchronized with the "lips" expression of the personalized virtual three-dimensional intelligent robot, and the "eyes" pictographic mark is synchronized with the "eyes" of the personalized virtual three-dimensional intelligent robot corresponding to the natural person. The computer "brain", "vision", "smell", "hearing", "speech", "wearable clothing", and "brain-computer interface" modules that imitate natural persons are associated with the wearable clothing worn by the user and the camera equipment, recorder equipment, and positioning equipment installed in the unit and the user's home. After the association, the voice, files, expressions, data, images, and videos of the natural person that are collected, stored, and transmitted in real time on the locator, camera, and recorder on the wearable clothing worn by the natural person are recorded, stored, and transmitted in real time by the natural person. (3) The real-world natural person user office corresponding to the personalized virtual three-dimensional intelligent robot is established on the three-dimensional electronic map with a positioned three-dimensional virtual office and is equipped with a dedicated virtual computer. The computer "brain" module of the personalized virtual three-dimensional intelligent robot and the dedicated virtual computer are both equipped with a robot process automation program associated with the corresponding natural person computer. By associating with the corresponding natural person computer, the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map uses the robot process automation program software to simulate the actions of human interaction in the software system according to user authorization on the natural person computer or the dedicated virtual computer configured in the virtual office to execute business processes. The application program interface of the personalized virtual three-dimensional intelligent robot on the dedicated virtual computer or the associated natural person computer recognizes data and simulates a specific natural person to operate the application program. The dedicated virtual computer of the personalized virtual three-dimensional intelligent robot is configured with The robot process automation program interacts with other systems according to user-defined rules and performs various preset tasks as needed; the virtual computer is fully functional for exclusive use by the personalized virtual three-dimensional intelligent robot, and the personalized virtual three-dimensional intelligent robot "brain" module is provided with a task input column, and the user can assign tasks to the personalized virtual three-dimensional intelligent robot corresponding to himself. The task input column is associated with the dedicated virtual computer configured by the personalized virtual three-dimensional intelligent robot in the virtual application scene office of the corresponding three-dimensional electronic map in the real world. The personalized virtual three-dimensional intelligent robot completes the task on the configured dedicated virtual computer or on the associated corresponding natural person computer, promoting the deep learning and growth of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map; the personalized virtual three-dimensional intelligent robot is limited to external communication by imitating the tone, sound and dialogue reference text of the corresponding natural person user; The generation mode of the tone, voice, manner and dialogue reference text of the personalized virtual three-dimensional intelligent robot chat is: The personalized virtual three-dimensional intelligent robot "brain" module intelligent component establishes the personalized dialogue chat program, and the personalized dialogue chat program is fed with data of a dedicated natural person with time information tags, customer name and age information tags, expression tags, posture tags, voice tags, tone tags, article tags, weather information tags and geographic location tags to feed the dedicated personalized virtual intelligent robot, and the personalized virtual intelligent robot learns and imitates to generate a personalized virtual intelligent robot for a dedicated natural person with personalized automatic dialogue and chat; personalized voice chat training model: fed with the corpus of the dedicated user, through mechanical repetition, highlighting personalization, and enhancing the bionics of the personalized virtual intelligent robot , the three-dimensional electronic map of the application scenario establishes a program with a training model, including: ①, feeding the personalized virtual intelligent robot with exclusive natural person voice, tone, expression, posture, and article link association; ②, completing thinking tasks; ③, triggering search; ④, asking questions on the search platform when encountering difficulties and triggering reward red envelope questions; ⑤, using the answer with the most likes on search platforms such as Google and Baidu to automatically add personalized answers from other answers that are not in the answer to generate a standard answer; ⑥, generating automatic dialogue text and automatically chatting; ⑦, reward or punishment; ⑧, comparing the number of rewards and penalties, and the emoticon package represents the mood when receiving rewards or penalties; ⑨, looping the above ①-⑧; specific implementation process: a. The "brain" module of the central nervous system of the personalized virtual three-dimensional intelligent robot is installed with programs for searching, mining, storing, reasoning, summarizing, judging, making decisions, and taking actions. The program components are associated with the computer vision, smell, hearing, voice, and wearable clothing intelligent functional components of the personalized virtual three-dimensional intelligent robot corresponding to the user. By associating the above intelligent functional components, the personalized virtual three-dimensional intelligent robot is provided with intelligent support and the latest information source when thinking about problems, making judgments and decisions, and voice chatting. The "brain" actively searches on the search platform for questions about the existence of information to receive, analyze, and process information, so as to get the most likes on search platforms such as Google and Baidu. The answer will be automatically added in sequence to generate a standard answer from other answers that are not in the answer, so as to realize the thinking, judgment and creation of the user's self-personalized virtual three-dimensional intelligent robot; the thinking theme of the personalized virtual three-dimensional intelligent robot's central nervous system "brain" is set by the exclusive user, and by setting the thinking theme for the personalized virtual three-dimensional intelligent robot's central nervous system "brain" and setting the step program for solving each problem, the central nervous system "brain" can integrate information across boundaries through the Internet to solve the problems encountered in thinking: ① After receiving the thinking theme given by the user, the "brain" immediately starts the search and mining work program, and the thinking theme content can be video, text, language ② For tasks that require the assistance of computer vision, smell, hearing, voice, wearable clothing and other intelligent module functional components, the "brain" gives instructions to the associated computer vision, smell, hearing, voice, wearable clothing intelligent functional components. After receiving the work instructions, the above intelligent functional components start the work program, classify and interpret according to the set format, complete the work task, and then pass it to the user's self-personalized virtual three-dimensional intelligent robot central nervous system. The "brain" of the system - backup storage, the "brain" of the central nervous system compares the feedback information according to the user-set indicators, compares it with the same information of the previous month, the same period last year, the same information of the same unit and department horizontally, and the same city vertically. By comparing the data information, abnormal data is found, and then the corresponding subjects are analyzed through the abnormal data. When searching for abnormal data of the subject on search platforms such as Google and Baidu, the answer with the most likes in the relevant answers will be automatically added to the personalized answers in other answers that are not in the answer to generate a standard answer, judge it as the best solution, execute the action program to generate reference opinions, and submit them to users for reference and decision-making;For thinking tasks that cannot be answered on search platforms such as Google and Baidu, automatically ask questions on search platforms such as Google and Baidu or launch cloud-piercing arrows to create a colorful three-dimensional bionic firecracker detonation scene and generate red envelopes with marked needs for help, waiting for people to answer, and automatically add personalized answers from other answers that are not in the answer to the answer that has the most likes to generate a standard answer, and find the best answer by continuously looping the path of the above work procedures. Exclusive users have the right to modify the standard answer; ③ The innovation of the central nervous system "brain" of the user's self-personalized virtual three-dimensional intelligent robot is based on the collected information and compared with the products The user can achieve "brain" innovation by setting comparison goals. When the "brain" receives the innovation task set by the user, it immediately starts the search and mining process. It searches and mines every word, phrase, video, and voice information contained in the innovation theme through search platforms such as Google and Baidu to obtain relevant information, understand it, and back it up. It starts the reasoning and induction process to compare various technologies involved in existing innovation tasks, and then automatically searches for the advantages and disadvantages of the technologies involved in existing innovation tasks through search platforms such as Google and Baidu, and the solutions of Google and Baidu to solve the disadvantages. It selects the answer with the most likes and automatically adds the answers that are not liked in the answer. Some personalized answers in other answers generate standard answers and report them to users in real time. The innovation report is refreshed every day according to the newly generated results. The system automatically improves the work according to the data feedback of the innovation report and compares the results. The innovation achievements of the user's self-personalized virtual three-dimensional intelligent robot central nervous system "brain" are given material rewards such as point rewards or work penalties such as point deductions. The user's self-personalized virtual three-dimensional intelligent robot central nervous system "brain" improves efficiency through daily thinking, innovation, deep learning and continuous data accumulation and innovation. If any link goes wrong, or the customer suddenly clicks on the logo to make a personalized request, the computer central nervous system "brain" general program will automatically restart, and the answer calculated by the above program will be submitted to the user for review. After the user's review is passed, the customer's personalized requirements will be automatically met. In this way, the new situations that the user's self-personalized virtual three-dimensional intelligent robot central nervous system "brain" often faces are summarized in a cycle, and how the user's self-personalized virtual three-dimensional intelligent robot central nervous system "brain" should act is inferred, forming a set of self-improvement programs, training a customized machine learning and innovation model of the user's self-personalized virtual three-dimensional intelligent robot central nervous system "brain", and facilitating the intelligent office application of natural person users; b. The personalized virtual three-dimensional intelligent robot corresponds to each specific unique natural person in the real world, and real-name authentication is limited. The personalized virtual three-dimensional intelligent robot remembers the specific unique user identity information represented and updates the user's age in real time. The user can name or modify the name of the personalized virtual three-dimensional intelligent robot. The computer "brain" module of the personalized virtual three-dimensional intelligent robot is equipped with an exclusive personalized voice chat program. The exclusive personalized voice chat program of the device is characterized by: ① The dedicated personalized voice chat program of the "brain" module device of the personalized virtual three-dimensional intelligent robot is associated with the user's social tool chat records, such as WeChat, QQ, enterprise WeChat, and DingTalk system chat records, including the chat records of the user's WeChat group, QQ group, enterprise WeChat group, and DingTalk work group. The social tool chat records, such as WeChat, WeChat group, enterprise WeChat group, and DingTalk work group chat records, include but are not limited to text records, voice records, picture records, video records, emoticon records, and commodity transaction data information records; ② The exclusive personalized voice chat program of the "brain" module device of the personalized virtual three-dimensional intelligent robot is associated with the user's life chat and work chat recorded in real time by the recording device and camera device on the wearable device worn by the user ③ The dedicated personalized voice chat program of the computer "brain" module device of the personalized virtual three-dimensional intelligent robot is associated with the computer "brain", "vision", "smell", "hearing", "voice", "wearable clothing", "brain-computer interface" and other modules of the personalized virtual three-dimensional intelligent robot; ④ The dedicated personalized voice chat program of the computer "brain" device of the personalized virtual three-dimensional intelligent robot receives, records, stores, learns and understands, and imitates the above-mentioned dialogue records in real time and stores them as user-specific reference texts and background information of reference response information, and adds time information tags, age information tags, expression information tags and geographic location information tags to each voice chat record of the corresponding natural person customer; ⑤ The dedicated personalized voice chat program of the "brain" module device of the personalized virtual three-dimensional intelligent robot generates the response information corresponding to the same dialogue information based on the dialogue information and background information learned and understood, and imitates the exclusive user's voice or handwriting to answer the questions when facing the same conditions. The user can choose the text font including the user's personal personalized handwriting font as the font of the written reply;⑥ When a question is asked and the database of the personalized virtual three-dimensional intelligent robot cannot find the reference text, the system automatically transfers the question to the natural person voice dialogue device of the user wearing the wearable device to ask the user to answer. At the same time, the voice chat program feeds back the question to the computer "brain" intelligent component. The "brain" immediately starts the search and mining work program, and mines every word, word, phrase, video, and voice information contained in the question raised by the customer through search platforms such as Google and Baidu to obtain relevant answer information and understand it. For tasks that require the assistance of computer vision, smell, hearing, voice, wearable clothing and other intelligent functional components The "brain" gives instructions to the associated computer vision, smell, hearing, voice, and wearable clothing intelligent functional components. After receiving the work instructions, the above intelligent functional components start the work program, classify and interpret according to the set format, start thinking and searching, and automatically add personalized answers from other answers that are not in the answer to the answer with the most likes on search platforms such as Google and Baidu to generate standard answers and feed them back to the voice chat program of the "brain" device. The voice chat program of the "brain" device generates the corresponding response information of the same dialogue information and prompts it to the user in the form of text or voice. After the user completes the personalized answer, the voice chat program stores it. ⑦ For tasks that cannot be answered on search platforms such as Google and Baidu, the personalized virtual three-dimensional intelligent robot automatically releases a cloud-piercing arrow at the user's location on the three-dimensional electronic map, which explodes and generates a dynamic red envelope with a preset red envelope amount. The red envelope is located on the head of the virtual three-dimensional intelligent robot on the three-dimensional electronic map and the corresponding natural person rewards and asks for help. Questions and needs are automatically generated on the red envelope, and the user presets the red envelope amount. The questions for help and the tasks to be completed after receiving the red envelopes are waiting for people to answer. The answer with the most likes will be automatically added to the personalized answers from other answers that are not included in the answer with the most likes to generate a quasi-standard answer and fed back to the user for review and finalization. The answer determined by the user will be the standard answer, and the best solution will be found by continuously looping the above work procedures to serve customers. Exclusive users have the right to modify the standard answer;⑧ If the user himself does not answer within the time set by the system, the voice chat program will automatically reply with a preset text, such as: "I'm sorry, can you teach me how to answer?", and enter the next dialogue cycle according to the user's answer;⑨ The user can set a task for the exclusive personalized virtual three-dimensional intelligent robot to find other personalized virtual three-dimensional intelligent robots to chat. The user specifies the chat topic. The process is as follows: the user determines the chat topic, and sends a text or voice trigger instruction to the exclusive personalized virtual three-dimensional intelligent robot to find the exclusive personalized virtual three-dimensional intelligent robot voice or text chat corresponding to other natural persons. The exclusive personalized virtual three-dimensional intelligent robot searches for the chat objects that match the topic in the hot search ranking list of the virtual three-dimensional intelligent robot conversation chat record on the three-dimensional electronic map according to the topic set by the user, and sends out chat invitations in turn according to the popularity. If the invitation is successful, the robot enters the working mode of chatting between robots. The personalized virtual three-dimensional intelligent robots operate according to the operation process corresponding to the working mode corresponding to ① to ⑧ above; if the chat object exits the chat according to the corresponding user instruction, the exclusive personalized virtual three-dimensional intelligent robot that sends the chat invitation searches for the chat objects that match the topic in the hot search ranking list of the conversation chat record according to the topic set by the user again, sends out chat invitations in turn and enters the working mode, and repeats until the exclusive user sends an "exit chat" instruction; ⑩ The personalized virtual three-dimensional intelligent robot voice chat program is established according to the user's writing style, work habits and corresponding work reports. Active learning and imitation, automatically generating routine work reports for users when conditions are met, such as notifications or monitoring forecasts issued by users every time the weather is abnormal. When the weather anomaly reaches the conditions preset by the user of the three-dimensional electronic map, a notification SMS of work warning monitoring forecast is automatically generated in combination with the specific time and weather conditions and sent to the user's reserved mobile phone or the user's designated work group; for example: the personalized virtual three-dimensional intelligent robot voice chat program automatically adds time information tags and weather information tags to the user's mobile phone according to the associated meteorological station database and previous user notification templates when the weather anomaly reaches the conditions preset by the user of the three-dimensional electronic map , combined with the user's work situation, the following monitoring forecast is generated: Pingshan short-term monitoring forecast, currently thunderstorm clouds are affecting the central and western regions of Shenzhen. It is expected that around 13:00, our district will turn to thunderstorm weather from west to east. Pingshan, Shijing, and Biling streets will have heavy rain, with a maximum hourly rainfall of 20-30 mm, lasting 1-2 hours, and accompanied by short-term gusts of 6-7 during thunderstorms; during the period of thunderstorms and strong winds, relevant companies are requested to stop outdoor operations in a timely manner and prepare safety protection for scaffolding, tower cranes, gantry cranes and other facilities and equipment in advance; all companies are requested to pay attention and strengthen on-duty inspections; District Meteorological Disaster Emergency Command Office issued at 12:30 on March 25, 2023; (5) The personalized virtual three-dimensional intelligent robot automatically generates a personalized service identification mark: The personalized virtual three-dimensional intelligent robot and its application scenario are characterized by having a module program component for automatically generating an identification mark, the module component is built into the "pocket" mark of the work clothes of the personalized virtual three-dimensional intelligent robot and its application scenario, the "pocket" mark is superimposed with a three-dimensional image mark of a consumer product provided by the personalized virtual three-dimensional intelligent robot and its application scenario, the three-dimensional image mark of the consumer product presents a single three-dimensional image of the consumer product, and the user can click on the three-dimensional image mark pop-up window to place an order to purchase or click "turn page" to view other consumer products provided by the personalized virtual three-dimensional intelligent machine, and all can be ordered to purchase, thereby realizing a variety of consumer product supply services; the personalized virtual three-dimensional intelligent robot and its application scenario identification mark includes automatically generating a color distinction mark, a service content text label mark, and a three-dimensional image of a service product superimposed on the "pocket mark" of the work clothes of the personalized virtual three-dimensional intelligent robot and its application scenario; the consumer products provided or required by the exclusive natural person are divided into major categories by color The specific consumer product logo is marked with text around the personalized virtual three-dimensional intelligent robot and its application scene and moves on the three-dimensional map with the movement of the exclusive user; the personalized virtual three-dimensional intelligent robot and its application scene database are associated with the industrial and commercial registration center of the government affairs center of each country and the personnel database of the unit where the user is located, and is characterized in that after the user changes the business scope or the unit adjusts the category of consumer products provided by employees to the society, their work clothes have the function of automatically generating identification logos. After the legal person changes the business scope, the color distinction logo, service content text labeling logo, and three-dimensional image logo of the personalized virtual three-dimensional intelligent robot and its application scene exclusive to it, the service content text labeling logo, and the three-dimensional image logo of the service product are automatically changed according to the setting method described in this application; after the category of consumer products provided by the natural person user to the society changes, the color distinction logo, service content text labeling logo, and three-dimensional image logo of the personalized virtual three-dimensional intelligent robot and its application scene exclusive to it, the service content text labeling logo, and the three-dimensional image logo of the service product are automatically changed according to the setting method described in this application; The three-dimensional electronic map performs dynamic satellite positioning on the three-dimensional electronic map for natural persons, including employees of enterprises, institutions and administrative units, who log in to the three-dimensional electronic map, and creates an imitation natural person image mark according to the classification of consumer goods supplied or required, and uses the imitation exclusive natural person image mark as a carrier to establish a personalized virtual three-dimensional intelligent robot based on the corresponding natural person; the three-dimensional electronic map performs classification and identification on the three-dimensional electronic map for natural persons, including employees of enterprises, institutions and administrative units, according to the consumer goods provided or required, to create a corresponding personalized virtual three-dimensional intelligent robot exclusive to the natural person, and uses the imitation natural person image mark as a carrier to establish a personalized virtual three-dimensional intelligent robot exclusive to the natural person at the geographical location of the natural person, including the dynamic location of satellite positioning A personalized virtual three-dimensional intelligent robot wearing work clothes of different colors is generated with a human identifier as a carrier. The work clothes are associated with smart work clothes equipped with wearable devices for natural persons in the real world, including employees of enterprises, institutions and administrative units. The name of the work unit, department name, position, name and the name of the specific consumer goods provided or required can be input on the personalized virtual three-dimensional intelligent robot clothes, and the corresponding names are displayed on the front chest and back of the personalized virtual three-dimensional intelligent robot work clothes. The classification identification of natural persons, including employees of enterprises, institutions and administrative units, on the three-dimensional electronic map is determined by the classification identification of the consumer goods they supply or require; the specific method for classification identification includes the following process: ① Based on consumer goods, consumption is classified into ten categories: clothing, food, housing, transportation, use, morality, intelligence, physical fitness, beauty, and labor, namely: clothing corresponds to clothing, food corresponds to food, tobacco, and alcohol, housing corresponds to residence, transportation corresponds to transportation and communication, use corresponds to daily necessities and other supplies, morality corresponds to education, intelligence corresponds to culture and entertainment, physical fitness corresponds to medical treatment, beauty corresponds to health care, and labor corresponds to services; ② According to the above consumption classification, the work clothes of the personalized virtual intelligent electronic person imitating the image of a natural person in the three-dimensional electronic map are marked with different colors according to the consumer goods provided or required. The color category mark can be customized, such as the color mark is set to a helmet or shoes or work clothes, etc.; in this example, the color mark is set to work clothes, then: for consumer goods in the supply or demand of "clothing", the work clothes are white; for consumer goods in the supply or demand of "food", the work clothes are orange; for consumer goods in the supply or demand of "housing", the work clothes are blue; for consumer goods in the supply or demand of "travel", the work clothes are green; for consumer goods in the supply or demand of "use", the work clothes are brown; for consumer goods in the supply or demand of "morality", the work clothes are gray; for consumer goods in the supply or demand of "intelligence", the work clothes are pink; for consumer goods in the supply or demand of "body", the work clothes are yellow; for consumer goods in the supply or demand of "beauty", the work clothes are purple; for consumer goods in the supply or demand of "labor", the work clothes are red; for those marked with three-dimensional images of consumer goods, they are classified and marked according to the original color of the consumer goods; ③ According to the consumer goods provided or required by natural persons, including employees of enterprises, institutions and administrative units, the color of the preset color mark of the personalized virtual three-dimensional intelligent robot imitating the image of natural persons is determined. In the present application example, the geographical location of natural persons, including employees of enterprises, institutions and administrative units, including the dynamic location of satellite positioning, is classified and marked on the three-dimensional electronic map by personalized virtual three-dimensional intelligent robots imitating the image of natural persons wearing work clothes of different colors; when the natural persons, including employees of enterprises, institutions and administrative units, provide or require multiple classified consumer goods, the personalized virtual three-dimensional intelligent robots of their geographical locations are marked on the three-dimensional electronic map by personalized virtual three-dimensional intelligent robots imitating the image of natural persons wearing colored work clothes of multiple corresponding colors; ④ The personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is associated with the personnel file database of the enterprise, institution or administrative unit where the user is located. When the personnel transfer of the enterprise, institution or administrative unit leads to a change in the category of consumer goods provided by the employees of the enterprise, institution or administrative unit to the society, the color of the preset color mark of the personalized virtual three-dimensional intelligent robot imitating the image of a natural person on the three-dimensional electronic map correspondingly automatically matches the color corresponding to the provided consumer goods type; ⑤ The natural persons associated with the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map include employees of enterprises, institutions and administrative units. The default text automatic recognition method of the system is: when the natural person corresponding to the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is detected and located in the office area of ​​the service place, the text mark on the work clothes of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is automatically transformed into: unit name + department name + position + name; when the natural person employee corresponding to the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is detected and located outside the office area of ​​the service place, the text mark on the work clothes of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is automatically transformed into: unit name + supply + specific consumer product name or unit name + demand + specific consumer product name. The associated natural person user can turn on or off the text and color mark display function on the work clothes or helmet of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map; ⑥ The shoulder position of the work clothes of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is configured with a toolbox pictogram mark, and the toolbox pictogram mark of the work clothes is configured with an intelligent pigeon module component and a cloud-piercing arrow red envelope module component. The intelligent pigeon module component has an emergency self-service function, and has automatic navigation, automatic release of pigeons, and automatic triggering and activation according to the voice distress information sent by the associated user's smart device, automatically adding a distress text message to the pigeon mark to release the pigeon, and the pigeon automatically and repeatedly flies to the head of the personalized virtual intelligent robot corresponding to the person with rescue ability in the preset range nearby searched by the computer "brain" associated with the pigeon module component, and broadcasts the distress information by voice, and the rescuer can get the guidance by clicking the pigeon rescue operations can be carried out by air; at the same time, the carrier pigeon smart component is associated with the corresponding smart monitoring equipment in the real world, including the camera equipment and voice equipment of wearable clothing worn by natural persons, and the latest video and sound of the rescued persons taken by the equipment in real time are extracted and sent to the emergency contact person's mobile phone reserved by the user; the cloud-piercing arrow red envelope module component has the function of manually or automatically triggering the launch of cloud-piercing arrow firecrackers to burst out a colorful three-dimensional scene and generate a reward red envelope with a preset red envelope amount when the user or the exclusive personalized virtual three-dimensional smart robot encounters a problem that cannot be answered. The smart carrier pigeon module component is associated with the smart devices in the living environment and working environment of natural persons, including wearable smart clothing worn by employees of enterprises, institutions and administrative units, and the wearable smart clothing is equipped with a 360-degree camera The camera equipment includes AI plus AR glasses with the function of identifying the shopping platform of the service provider, such as Taobao information scoring, a built-in voice storage and broadcasting device, and a satellite locator. When the corresponding exclusive natural person, including employees of enterprises, institutions and administrative units, encounters personal safety dangers and sends out a "help" cry, the cry is transmitted to the personalized virtual three-dimensional intelligent robot "ear" module on the three-dimensional electronic map through the wearable smart clothing worn by the natural person. The "ear" module component recognizes the distress message and quickly feeds back to the computer "brain". The computer "brain" instructs the intelligent pigeon module component configured with the associated work clothing toolbox pictogram mark to trigger the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map. The intelligent pigeon module component launch function in the recognition, the intelligent pigeon module component automatically releases two pigeons, one pigeon stores the rescue point and automatically flies to the head of the personalized virtual intelligent robot corresponding to the person with rescue ability within the preset range searched by the computer "brain" associated with the pigeon module component, and broadcasts a voice message for help, and the other pigeon flies in a circle at the satellite positioning of the natural person in the real world on the electronic map and repeatedly plays the "help" call. The rescuer can click on the flying pigeon logo and follow the navigation guidance of the pigeon to ask for help; for example, if a user falls into the water, the pigeon will send a voice broadcast message for help to the head of the personalized virtual intelligent robot corresponding to the three-dimensional electronic map based on the user who can swim searched by the platform database;The three-dimensional electronic map implements credit scoring for the use of carrier pigeons according to feedback, and users can judge whether to provide help based on the credit score to prevent the person seeking help from abusing the right to use carrier pigeons; when a natural person, including employees of enterprises, institutions and administrative units, walks on the train tracks or zebra crossings, the corresponding personalized virtual three-dimensional intelligent robot system on the three-dimensional electronic map detects that the user is walking on a dangerous section of the road, and the color of the personalized virtual three-dimensional intelligent robot's work clothes immediately flashes a colorful warning light and triggers the built-in multiplication program of its personalized virtual three-dimensional intelligent robot logo on the three-dimensional electronic map, and the personalized virtual three-dimensional intelligent robot logo immediately enlarges by two times, which lasts until the corresponding natural person walks out of the dangerous area of ​​the train tracks set on the three-dimensional electronic map or leaves the zebra crossing; ⑦ The three-dimensional electronic map is equipped with a classified sign language expression identification package module for the supply or demand of consumer goods, which is associated with a sign language expression identification package generation program of a personalized virtual three-dimensional intelligent robot computer "brain" module component on the three-dimensional electronic map. The deaf-mute or illiterate natural person, including employees of enterprises, institutions and administrative units, clicks to select the sign language expression package of the supply or demand of consumer goods on the three-dimensional electronic map, and the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map starts the sign language expression identification package generation program of the self-computer "brain" module component to automatically generate a dynamic bionic sign language three-dimensional intelligent robot corresponding to the provided or demanded consumer goods, and constantly repeats specific signs in sign language. Sign language gestures for supply or demand of consumer goods; the sign language gestures are in the sign language of the country where the user is located, and the user can choose to locate the bionic sign language three-dimensional intelligent robot at a daily service place or at a corresponding geographical location of the user's real-time satellite mobile positioning on the three-dimensional electronic map, and establish a bionic sign language dynamic three-dimensional intelligent robot that expresses the supply and demand of consumer goods in sign language; the daily service places include but are not limited to the following places at the corresponding geographical locations of the satellite real-time positioning on the three-dimensional electronic map: clothing stores, restaurants, hotels, taxis, motorcycles, shared bicycles, car rentals, daily necessities and other supplies, schools, Internet cafes, hospitals, barbershops, toilets, markets, and gymnasiums; ⑧ The personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map has a built-in chat and video module. When you click on the non-private part of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map, a pop-up dialogue window can be connected to the personalized virtual three-dimensional intelligent robot for chat or video, and you can choose to connect to the associated exclusive natural person video; natural persons, including employees of enterprises, institutions and administrative units, can choose an exclusive voice chat program to communicate with the customer who clicked the avatar instead of themselves; ⑨ The three-dimensional electronic map is equipped with an advertising balloon logo for the supply or demand of consumer goods. Users can connect to the balloon publisher by clicking on the balloon logo; the color of the balloon is determined by the color corresponding to the classification and identification method of the consumer goods supplied or demanded by natural persons, including employees of enterprises, institutions and administrative units, on the three-dimensional electronic map, and the color of the work clothes of the personalized virtual three-dimensional intelligent robot corresponding to the natural persons, including employees of enterprises, institutions and administrative units, is associated with the change; the user can mark the advertising slogan on the balloon logo; the user can choose to position the balloon logo with the supply or demand logo on the head of the personalized virtual three-dimensional intelligent robot at the daily service place or the corresponding geographical location of the user on the three-dimensional electronic map according to the real-time satellite mobile positioning; if the user wants to position the balloon logo advertisement at the place in the real world corresponding to the three-dimensional electronic map that does not belong to his daily service or the place where the land property or residential property belongs to others, he needs to obtain the consent of the corresponding owner of the real world property and issue a certificate of approval by the three-dimensional electronic map platform before the balloon logo with the supply or demand logo can be positioned at that place; ⑩ The personalized virtual three-dimensional intelligent robot intelligent identification mark is intelligently presented based on the three-dimensional electronic map. The intelligent presentation is to intelligently match the information of user supply and demand and present it on demand. The user can turn on or off the intelligent identification button: when the intelligent identification button is turned on, if the product or demand provided by a specific natural person is intelligently determined in the application scenario as not required by the user logged in within the preset range centered on the specific natural person, the personalized virtual three-dimensional intelligent robot corresponding to the specific natural person in the application scenario does not present the identification mark of the provided product or service to the logged-in user. When the personalized virtual three-dimensional intelligent robot and the intelligent system of the application scenario detect that a potential customer has logged in to the application, When the application scenario appears within the service scope set by the user, the system predicts that the product or service provided by the specific natural person is in demand, and the identification mark of the provided product or service is automatically presented in the application scenario for the user who logs in to the application scenario to choose; when the smart identification button is turned off by the user, the user can choose to automatically present or not present the identification mark of the provided product or service to all logged in users in the application scenario; the specific implementation method is that the inventory data system associated with the user authorization of the application scenario can intelligently determine the products that may be provided or required by the user's login application scenario based on the inventory data and the user's consumption behavior data; different consumer goods supply or The user with demand is matched and the corresponding user identification of demand or supply is presented, and the identification identification of the personalized virtual three-dimensional intelligent robot that meets the user's supply or demand is intelligently generated and presented. First, the information database of Taobao, JD.com, Amazon, Pinduoduo, Walmart and other supermarket users associated with the supply and procurement database of a specific natural person is matched, and the inventory data system of the logged-in user detected by the associated monitoring system is combined with the three-dimensional electronic map database of the present application. A user supply and consumption information database is established in the three-dimensional electronic map, and the user's identity is classified by the artificial intelligence component of the three-dimensional electronic map service identification module component. , collect, organize, store and analyze data such as the user's identity information, the products or services provided, and the purchase records; secondly, after understanding the user's identity information, the products or services provided, and the purchase records, the personalized virtual three-dimensional intelligent robot determines the user's purchasing preferences, purchasing habits, shopping patterns, and product or service supply information through the artificial intelligence of the service identification module component, and predicts the user's marketing or purchasing behavior when logging into the three-dimensional electronic map described in this application at that time, and compares the predicted results with the products or services supplied or demanded by the specific natural person to determine whether the personalized virtual three-dimensional intelligent robot corresponding to the specific natural person presents the supplied or demanded consumer product information identification mark to the user who logs in at that time.

[0007] Preferably, the three-dimensional electronic map application scenario is established with a time-reversal playback intelligent module component: The three-dimensional electronic map time-reversal intelligent module component is equipped with a time selection button based on the three-dimensional electronic map, and the system defaults to real-time. When the user selects a time period in the past, the application scenario continuously displays the time-space events that occur continuously around the user's login location from the initial time selected by the user to the terminal time according to the occurrence time, including people and cars passing by nearby, mutual communication and weather conditions, etc. The time-reversal intelligent module component is equipped with fast-forward and rewind buttons. When the user selects the fast-forward or rewind time button, the playback of the three-dimensional electronic map scene is presented in a fast-forward or rewind manner; when the user selects the time-reversal mode in the three-dimensional electronic map, he can only query and view the commodity transactions and the behaviors of the characters in time and space that have already occurred, and cannot conduct commodity transactions and modify data in real time.

[0008] Preferably, the three-dimensional electronic map has a built-in somersault cloud module component, characterized in that the somersault cloud module component is associated with the camera systems of satellites and spacecrafts of various countries in the world focusing on the earth. Users can choose multiple groups of natural person somersault models provided by the platform, or upload personal personalized somersault videos to automatically generate personalized somersault emoticons as the starting action of flying in the cloud. Users can choose white clouds, red clouds, yellow clouds, dark clouds and other symbols. When the user clicks on the cloud symbol, the personalized somersault tumbling action selected by the user is immediately presented on the selected cloud, and the earth scenery photographed when the rocket is launched is flashed, and it directly rises to the nearest satellite or spacecraft to the positioning location, and follows the associated nearest spacecraft satellite camera or the universe camera focusing on the earth to patrol the earth and the universe. Users can choose music for flying in the cloud, and the system defaults to the large-scale ancient costume flower drum opera "Eight Immortals Celebrating Birthday" in Hunan, China. When the user clicks the "return" symbol on the cloud, the personalized virtual three-dimensional intelligent robot immediately returns to the exclusive user satellite positioning of the three-dimensional electronic map.

[0009] Preferably, the personalized virtual three-dimensional intelligent robot and its application scenario establish a self-driving travel module for users to view the real-time scenery of their virtual travel. The self-driving travel module has various virtual means of transportation, including bicycles, motorcycles, fuel cars, electric cars, buses, high-speed railways, airplanes and other virtual means of transportation, providing a virtual experience for users to choose virtual travel without affecting the actual location of the user; the scenery along the user's virtual travel route is mapped one by one with the real-time scenery along the way in the real world.

[0010] The personalized virtual three-dimensional intelligent robot device has a computer "vision" module, which is associated with the camera equipment of the wearable device worn by the exclusive user and the home surveillance camera equipment and the unit surveillance camera equipment. Through face recognition, posture recognition, and positioning, it continuously tracks and captures the various facial expressions of the exclusive user when facing the mirror and the surveillance camera at home and at the unit, matches the classification methods of various character facial expression packages on Google and Baidu websites, and classifies and stores the facial expression packages of the exclusive user accordingly. The user can choose to match the voice and text chat background information of the hours before and after the appearance of a specific facial expression set by the exclusive user, so that the exclusive personalized virtual intelligent robot can imitate, learn, and understand the background information generated by the exclusive user's expression, which is used for the personalized virtual three-dimensional intelligent robot to imitate the expression when imitating voice chat.

[0011] Preferably, the method for producing a personalized virtual three-dimensional intelligent robot and its application scenario is characterized in that a user logs in to the personalized virtual three-dimensional intelligent robot application scenario platform using a real-name authentication method, such as face recognition or fingerprint recognition. The personalized virtual three-dimensional intelligent robot stops when the life of the corresponding natural person ends, and the heir has the inheritance right to use the personalized virtual three-dimensional intelligent robot and the right to download database resources, thereby realizing the iterative growth of the personalized virtual three-dimensional intelligent robot. The inheritance right needs to be reviewed and approved by the personalized virtual three-dimensional intelligent robot application scenario platform.

[0012] Preferably, the three-dimensional electronic map automatically generates a personalized exclusive office map, based on the data of videos and walking tracks recorded by natural persons during their daily life, work, walking, driving, and office, which are tagged with time information, customer name and age information, expression tags, posture tags, voice tags, tone of voice tags, weather information tags, and geographic location tags. Exclusive users can choose to open or authorize users to virtually enter the exclusive personalized three-dimensional office map, so as to create a personalized paradise for exclusive users.

[0013] Preferably, the personalized virtual intelligent robot is equipped with a dodge identification module component: the three-dimensional electronic map provides users with multiple sets of dodge actions, expressions, body feedback, and language feedback models common to all human beings when their private parts are attacked unexpectedly, and is connected to the personalized virtual three-dimensional intelligent robot associated with the exclusive user. After the user selects, when the electronic screen of the corresponding private part of the personalized virtual three-dimensional intelligent robot is clicked, the exclusive personalized virtual three-dimensional intelligent robot immediately performs the dodge action selected by the user; the user can also upload his own dodge video action and voice, and generate exclusive personalized dodge action, dodge expression, dodge body feedback, and voice emitted when dodging through the dodge identification module component; the user can customize the settings The behavior of the personalized virtual intelligent robot exclusive to the application scenario touching the private parts of the personalized virtual three-dimensional intelligent robot for more than n consecutive times is judged as malicious and automatically added to the blacklist, where n is a positive integer. The system sets a period of time during which customers who are added to the blacklist are prohibited from logging into the three-dimensional electronic map; the user can also choose not to set private parts. For the personalized virtual intelligent robot without setting private parts, when other users click on any part of the body of the avatar, a pop-up window of the supplied or required products will automatically appear, and the user can place an order or communicate; for the personalized virtual intelligent robot with private parts set by the user, a pop-up window of the supplied or required products or services will only appear when the user clicks on other parts of the body than the private parts, and the user can click to place an order or communicate in the pop-up window.

[0014] Preferably, the personalized virtual three-dimensional intelligent robot automatically generates subconscious actions that simulate specific natural persons: the personalized virtual three-dimensional intelligent robot establishes an intelligent system that simulates the human brain, and the intelligent system simulates the behavior of an exclusive user by establishing a personalized virtual three-dimensional intelligent robot matching an associated exclusive natural person: simulating the learning ability, memory ability, thinking ability, and judgment ability of the exclusive user, and generating the robot's subconscious learning actions, memory actions, thinking actions, and judgment behaviors, and the method is as follows: the computer "brain" of the personalized virtual intelligent robot establishes a neural network program that simulates the human brain, a personalized voice chat program for natural language processing, and a deep learning intelligent program, and generates subconscious words and deeds through the following methods to generate the personalized Subconscious actions of virtual intelligent robots: a. Install intelligent module functional components that simulate human deep learning, natural language processing, machine learning, and human neural network, and learn how to make correct decisions through continuous practice and feedback, thereby generating subconscious actions, such as simulating human thinking and behavior through deep learning, natural language processing, machine learning and other technologies: Strengthen the learning of the personalized virtual intelligent robot: Through continuous practice and feedback, the personalized virtual intelligent robot learns from the corresponding natural person how to make decisions that simulate the corresponding natural person, thereby generating subconscious actions; for example, through continuous attempts and feedback, it can learn how to simulate a specific natural person to control its own virtual body, thereby generating subconscious actions to control the virtual body; b. By simulating the neural network of the human brain, learning how to make correct decisions, thereby generating subconscious correct decision-making behaviors; by simulating the neural network of the human brain, the personalized virtual intelligent robot can learn from a large amount of data, thereby achieving the purpose of deep learning; installing a deep neural network DNN program in the "brain" intelligent module of the personalized virtual three-dimensional intelligent robot to simulate the neural network of the human brain, using the DNN program to recognize images, and learning from a large amount of image data, thereby generating subconscious image recognition behaviors and speech recognition judgment behaviors; c. Through the installed natural language processing intelligent module, it learns how to understand the language of a specific natural person, so as to generate subconscious actions that imitate the corresponding natural person after understanding the language, such as understanding the natural person language of the conversation and comparing it with the specific natural person values ​​of the bionics, and automatically generating corresponding subconscious actions when the system preset conditions are met, such as triggering the automatic generation of subconscious expressions such as focused eye contact, nodding, and smiling when the specific natural person values ​​of the bionics are met; d. By installing a computer bionic human deep learning module in the "brain" intelligent module of the personalized three-dimensional virtual intelligent robot, the correct decision under specific conditions is made, thereby generating subconscious correct judgment; the feedback mechanism of the computer bionic human deep learning module reinforcement learning is achieved by setting rewards and penalties; for example, when the personalized three-dimensional virtual intelligent robot completes a task, it can be given a positive feedback to motivate it to continue to complete the task; when the personalized three-dimensional virtual intelligent robot does something wrong, it can be given a negative feedback to prevent it from continuing to do the wrong thing; through this feedback mechanism, the personalized virtual three-dimensional intelligent robot can learn how to imitate a specific natural person to complete a task, thereby achieving the purpose of deep learning and providing trigger conditions for subconscious correct decisions.

[0015] Preferably, the personalized virtual three-dimensional intelligent robot service identification module based on the three-dimensional electronic map is established with an intelligent clothing-changing, face-changing, and helmet-changing module component: the intelligent clothing-changing, face-changing, and helmet-changing module component has the functions of changing clothes, helmets, and changing faces: when the intelligent clothing-changing, face-changing, and helmet-changing module component detects that a potential customer logs in to the three-dimensional electronic map of the application scenario and is within the service range preset by the user, the work clothes or helmet of the personalized virtual three-dimensional intelligent robot matches the color of the consumer product classification corresponding to the method of the present invention to the logged-in user, and the personalized virtual intelligent robot presents a smiling expression; when the intelligent clothing-changing, face-changing, and helmet-changing module component detects that the product or service supplied or required by the logged-in user within the service range does not match the exclusive user, the work clothes or helmet and expression of the personalized virtual intelligent robot are presented in the exclusive user's favorite work clothes color and the most relaxed expression set by the user, or choose to be invisible.

[0016] Preferably, the personalized virtual intelligent robot computer "brain" module of the three-dimensional electronic map is established with a module component for generating a personalized virtual three-dimensional intelligent robot image identification with a natural person's personalized posture. The user can select a personalized virtual intelligent robot posture generation method. The identification of the natural person's posture is dynamically displayed on the three-dimensional electronic map through satellite positioning using the personalized virtual intelligent robot as a carrier as the movement of the person. The personalized virtual intelligent robot posture generation method includes: a. The natural person personalized posture generation module intelligent component provides a representative group of dynamic clothing posture templates of natural persons of different ages and genders for users to choose from, and provides an upload service for natural persons to customize their personalized clothing postures. , natural persons can choose or customize to add personalized posture identification to identify their dynamic posture in real time on the electronic map through authorized electronic map satellite positioning; the identification of the natural person's posture is dynamically displayed on the electronic map through satellite positioning as the person moves; b. Users upload their own personalized three-dimensional full-body avatar, personalized three-dimensional walking dynamic virtual human image, personalized three-dimensional running dynamic virtual human image, personalized three-dimensional sleeping image, as a virtual three-dimensional intelligent robot identification of users or employees located on the electronic map; users upload a walking video and a running video as well as a 360-degree full-body image video and a driving posture and a sleeping posture, and the intelligent component of this module can automatically generate a pictographic exclusive personal A virtual three-dimensional intelligent robot with personalized sitting posture, standing posture, walking posture, running posture, driving posture, and sleeping posture can be selected by the user as the virtual three-dimensional intelligent robot logo located on the electronic map of the user, and the system defaults to the walking posture; the personalized virtual three-dimensional intelligent robot logo moves on the electronic map of the virtual world with the movement of the real world user. When the moving speed exceeds the normal walking speed of a natural person set by the system, the logo is automatically adjusted to the running posture. When the moving speed exceeds the human running speed set by the system, the logo is automatically adjusted to the driving posture. When the virtual three-dimensional intelligent robot logo moves to the interior of the three-dimensional bionic building and is in a stationary state, it automatically adjusts to a sitting posture. When the virtual three-dimensional intelligent robot logo is stationary outdoors, it automatically adjusts to a standing posture. The user can choose the sleep time. When entering the sleep time, the user's virtual three-dimensional intelligent robot logo in the personalized intelligent virtual world automatically adjusts to a sleeping image; the user can choose to hide the virtual three-dimensional intelligent robot logo. After the user chooses to hide the virtual three-dimensional intelligent robot logo, the virtual three-dimensional intelligent robot logo of the personalized intelligent office map automatically disappears until the user turns off the hiding function; no matter how the user's image changes, it does not affect the intelligent equipment capabilities of the virtual three-dimensional intelligent robot;c. The posture of the personalized virtual intelligent robot on the three-dimensional electronic map corresponding to the user is adjusted and updated in real time according to the posture of the exclusive user focused on by the real-world monitoring device associated with the personalized virtual intelligent robot on the three-dimensional electronic map. The natural person personalized posture generation program established by the computer "brain" module of the personalized virtual intelligent robot on the three-dimensional electronic map generates a dynamic posture that is synchronized with the real natural person in real time and continuously corresponds to the real natural person. For example, if the posture of the exclusive user focused on by the monitoring device in real time changes from walking to running, the posture of the personalized virtual intelligent robot on the three-dimensional electronic map also automatically changes from walking to running. c. By the user wearing tools Wearable clothing with three-dimensional positioning is used to quantify human behavior and posture: a set of clothes, hats, earmuffs, gloves, and shoes are tailored for natural persons. The key parts of the wearable clothes, such as the elbows, left and right shoulders, collars, cuffs, waist, knees, ankles, front and back chest, are all sewn with three-dimensional satellite positioning devices. The top, front, back, left, and right of the hat are each equipped with a three-dimensional satellite positioning device. The top, back, left, and right of the earmuffs are each equipped with a three-dimensional satellite positioning device. The palm, back, and finger joints of the gloves are each equipped with a three-dimensional satellite positioning device. The front, back, left, right, top, and bottom of the shoes are each equipped with a three-dimensional satellite positioning device. When a natural person wears the tailor-made After the three-dimensional positioning posture clothing is installed, the key points of the movement postures of various parts of the body are marked dynamically and timely on the electronic map. The positioning points are intelligently connected in the form of a person through existing computer technology. The computer draws and displays the dynamic postures of the person using the personalized virtual intelligent robot of the three-dimensional electronic map as a carrier and is reflected on the three-dimensional electronic map. The electronic virtual personalized virtual intelligent robot posture mark of the natural person's activities is anchored in real time and dynamically to the dynamics of the person wearing the three-dimensional positioning clothing and is displayed on the three-dimensional electronic map. The movement trajectories of the hands and feet of the person wearing the three-dimensional positioning clothing, including the movement trajectories of the feet when braking or accelerating when driving, are dynamically and finely displayed. By replaying the animated continuous postures of stepping on the brake, clutch and accelerator, a legal basis is provided for possible vehicle accidents; users can set the time of warm reminder of the activity of a certain joint of the body in the three-dimensional electronic map: when the joint parts of the person wearing the positioning clothing, such as the waist, neck, and knee joints, maintain a constant posture for a long time, the user can set a time period through the personalized virtual intelligent robot logo of the "wearable clothing" to remind in time. When the positioning posture remains unchanged and reaches the quantitative time index, a red dot is displayed on the relevant part of the personalized virtual intelligent robot posture logo of the three-dimensional electronic map and the phone vibrates, reminding the user to move the joint;This component system is installed with a comparison program for the standard sitting posture, standard walking posture, standard running posture, and standard various sleeping postures of a natural person. When the sitting posture, walking posture, and running posture of the personalized virtual intelligent robot marked posture of a natural person wearing a three-dimensional positioning wearable clothing deviate from the standard posture, the deviation part of the personalized virtual intelligent robot marked posture of the three-dimensional electronic map exclusive to the natural person on the three-dimensional electronic map will turn red and vibrate the mobile phone, and the voice prompts the user to correct the deviation part of the body posture according to the standard; d. The user controls the posture of the personalized virtual intelligent robot through the brain-computer interface device to keep it consistent with the posture of the exclusive user. ;

[0017] Preferably, the three-dimensional electronic map establishes a virtual expert bionic three-dimensional intelligent robot for each industry to provide consulting services to users. The three-dimensional electronic map virtual expert bionic three-dimensional intelligent robot has all intelligent modules configured for the personalized virtual three-dimensional intelligent robot corresponding to the natural person in the corresponding industry. The three-dimensional electronic map virtual expert bionic three-dimensional virtual intelligent robot is associated with the corresponding personalized virtual bionic intelligent robot of all natural person users in the industry who have authorized the opening of information. The three-dimensional electronic map virtual expert bionic three-dimensional intelligent robot generation method: the virtual expert bionic three-dimensional intelligent robot has an intelligent application module that establishes and simulates a natural person, and the intelligent application module of the bionic natural person includes a computer The modules such as "brain", "vision", "smell", "hearing", "speech", "wearable clothing", "brain-computer interface" are respectively built into the pictographic logos of the computer "brain", "vision", "smell", "hearing", "speech", "wearable clothing", "brain-computer interface" and other devices of the virtual expert bionic three-dimensional intelligent robot; the computer "brain", "vision", "smell", "hearing", "speech", "wearable clothing", "brain-computer interface" and other module devices of the virtual expert bionic three-dimensional intelligent robot are respectively associated with the computer "brain", "vision", "smell", "hearing", "speech", "wearable clothing", "brain-computer interface" and other module devices of each personalized virtual three-dimensional intelligent robot of the three-dimensional electronic map whose information is authorized to be opened by the corresponding industry user. The information database of each intelligent module of the virtual expert bionic three-dimensional intelligent robot is associated with the three-dimensional electronic map of all users in the corresponding industry who have authorized the opening of information, and the database information of the personalized virtual bionic three-dimensional intelligent robot corresponding to the natural person in the industry. For example, the three-dimensional electronic map has established 10 personalized virtual three-dimensional intelligent robots for consumer product consulting and customer service, according to the ten categories of "clothing, food, housing, transportation, use, morality, intelligence, physical fitness, beauty, and labor, namely: clothing corresponds to clothing, food corresponds to food, tobacco and alcohol, housing corresponds to residence, transportation corresponds to transportation and communication, use corresponds to daily necessities and other supplies, morality corresponds to education, intelligence corresponds to culture and entertainment, physical fitness corresponds to medical care, "Beauty corresponds to health care, labor corresponds to service", and the following services have been established: "Clothing" consulting customer service personalized virtual three-dimensional intelligent robot, "Food, Tobacco and Alcohol" consulting customer service personalized virtual three-dimensional intelligent robot, "Residence" consulting customer service personalized virtual three-dimensional intelligent robot, "Transportation and Communication" consulting customer service personalized virtual three-dimensional intelligent robot, "Daily Necessities and Other Necessities" consulting customer service personalized virtual three-dimensional intelligent robot, "Education" consulting customer service personalized virtual three-dimensional intelligent robot, "Culture and Entertainment" consulting customer service personalized virtual three-dimensional intelligent robot, "Medical" consulting customer service personalized virtual three-dimensional intelligent robot, "Health care" consulting customer service personalized virtual three-dimensional intelligent robot, "Service" consulting customer service personalized virtual three-dimensional intelligent robot;The computer "brain", "vision", "smell", "hearing", "voice", "wearable clothing", "brain-computer interface" and other module devices of the personalized virtual three-dimensional intelligent robot of the consumer product consulting customer service respectively correspond to the computer "brain", "vision", "smell", "hearing", "voice", "wearable clothing", "brain-computer interface" and other module devices of each consumer product personalized virtual intelligent robot of the three-dimensional electronic map whose information is authorized to be released by the associated user. The information database of each intelligent module of the personalized virtual three-dimensional intelligent robot of the consumer product consulting customer service is associated with and concentrates the database information of the personalized virtual intelligent robot corresponding to the natural person of the consumer product on the three-dimensional electronic map among all users who have authorized to release information; the three-dimensional electronic map virtual expert bionic three-dimensional intelligent robot has the total functions of the corresponding personalized virtual intelligent robot of the natural person in the industry who has authorized to release information; The three-dimensional electronic map establishes a virtual chief expert three-dimensional intelligent robot that is associated with the resources of the bionic three-dimensional intelligent robot database of virtual experts in various industries for user consultation. This application names the robot Xiaoqiang No. 1, and the Xiaoqiang No. 1 has all intelligent modules and functions configured by virtual expert bionic three-dimensional intelligent robots in all industries; the Xiaoqiang No. 1 is associated with the corresponding personalized virtual intelligent robots of all natural person users in each industry who have authorized the opening of information. The Xiaoqiang No. 1 is associated with the bionic three-dimensional intelligent robot database of virtual experts in various industries, and the language used by the Xiaoqiang No. 1 is the standard official female language of the country where it is located.

[0018] Preferably, the personalized intelligent robot of the three-dimensional electronic map is associated with the user's intelligent warehouse and the user's inventory data system. The user's intelligent warehouse system is installed with an intelligent camera device that automatically measures the number of products and the volume of products. When the number of products and the volume of products are lower than the user's preset safety stock quantity, the robot process automation program built into the "brain" module of the exclusive personalized virtual intelligent robot computer is triggered to start. The personalized virtual intelligent robot automatically logs in to the user's computer preset website and places a replenishment order in the account with the preset replenishment quantity. The order is automatically placed to generate a replenishment order data detail list and send it to the user's preset email address.

[0019] The present invention is an AI application based on three-dimensional electronic maps. By using the data generated by a specific natural person as raw material, the application of the three-dimensional electronic map on the Internet simulates the artificial intelligence, appearance, voice, tone, posture, and business activities of the specific natural person, and automatically generates a personalized virtual three-dimensional intelligent robot, so that the personalized content produced by the natural person can empower the virtual three-dimensional intelligent robot to innovate products and have application scenarios.

Claims

1. A personalized virtual three-dimensional intelligent robot and its application scenario, characterized by: The personalized virtual three-dimensional intelligent robot uses the data generated by a specific natural person as raw materials and generates a bionic specific natural person's artificial intelligence, appearance, voice, tone, posture, and business activities based on the application of the Internet three-dimensional electronic map, and automatically generates a personalized virtual three-dimensional intelligent robot with a voice chat function that generates an intelligent identification mark; the personalized virtual three-dimensional intelligent robot has established a bionic natural person's intelligent application module, and the bionic natural person's intelligent application module includes a computer "brain", "vision", "smell", "hearing", "voice", "wearable clothing", and "brain-computer interface" modules, which are respectively installed in the "brain", "eyes", "nose", "ears", "mouth", "wearable clothing", and "brain-computer interface" of the personalized virtual three-dimensional intelligent robot. The "brain", "eyes", "nose", "ears", "mouth", "wearable clothing" and "brain-computer interface" pictographic identification intelligent modules of the personalized virtual three-dimensional intelligent robot are associated with the wearable intelligent clothing database worn by specific natural persons and the real-world intelligent basic layer database, and the wearable devices worn by corresponding specific natural persons and the real-world intelligent basic layer collect and upload the thinking logic data, visual data, olfactory data, auditory data, voice data, clothing data worn, and information data generated by the brain-computer interface device of the specific natural person are recorded, stored, learned and understood respectively, so as to realize the artificial intelligence, vision, smell, hearing, voice, wearable clothing data and brain-computer interface data of the bionic specific natural person. The personalized virtual three-dimensional intelligent robot bionic natural person's intelligent application computer "brain" intelligent module component is equipped with exclusive personalized voice chat program, money system program, transaction data storage and computing integrated computing architecture program, sign language chat expression package program, robot process automation program, "brain-computer interface" program and search, mining, storage, reasoning, induction, judgment, decision-making, and action programs. The above intelligent program components are associated with the computer vision, smell, hearing, voice, wearable clothing, and brain-computer interface intelligent module functional components of the personalized virtual three-dimensional intelligent robot corresponding to the user. By associating the above intelligent functional components, the personalized three-dimensional intelligent robot is given the ability to think about problems, make judgments and decisions, and voice chat. Provide intelligent support and the latest information source; the personalized virtual three-dimensional intelligent robot based on the three-dimensional electronic map application corresponding to the specific natural person is a virtual humanoid robot that mimics the appearance of the specific natural person; the three-dimensional electronic map is equipped with a device for automatically generating three-dimensional scenes and a module component for manually establishing three-dimensional scenes. Users need to submit an application for a three-dimensional scene decoration area to the platform built according to the application method. Only after passing the land use right and house use right confirmation review can three-dimensional building decoration be implemented in the corresponding three-dimensional electronic map area within the authorized scope. The construction of the virtual three-dimensional scene shall not exceed the statutory office area and public area area on the user's business license or the area agreed in the contract; the Internet three-dimensional electronic map is associated with the intelligent basic layer of the real world;The intelligent basic layer of the real world includes natural persons in the real world and their intelligent living environment and intelligent working environment; the intelligent living environment and intelligent working environment refer to the intelligent tools held and established in the living and working environment of natural persons, including the Internet, smart phones, smart computers, smart conference rooms, smart product exhibition rooms, smart shopping mall counters, satellite positioning systems, satellite base stations, smart wearable clothing, brain-computer interface smart devices, and 360-degree blind-spot-free intelligent monitoring camera systems that can be turned on or off to implement 24-hour full monitoring coverage of natural persons' living and working areas. The intelligent monitoring camera system has the functions of face recognition, posture recognition, voice recognition, human body temperature recognition, real-time video, recording, storage, information transmission, dialogue and chat, The personalized virtual three-dimensional intelligent robot corresponds one-to-one with a natural person in the real world, and the personalized virtual three-dimensional intelligent robot is unique in the three-dimensional electronic map of the application scenario; the "intelligence" of the personalized virtual three-dimensional intelligent robot and its application scenario is characterized by the mutual correlation of the three-dimensional electronic map of the virtual application layer through the intelligent basic layer of the real world and the one-to-one correspondence of the real world entity, the three-dimensional electronic map of the virtual application layer bionics the real world and uses the data generated by the intelligent basic layer of the real world as raw material to correlate the intelligent module of the three-dimensional electronic map of the virtual application layer and the personalized virtual three-dimensional intelligent robot, generating a bionic specific natural person artificial intelligence, appearance, voice , tone, posture and behavior; the personalized virtual three-dimensional intelligent robot's artificial intelligence, appearance, voice, tone, posture and behavior generation mode is to feed the exclusive personalized virtual intelligent robot with data of time information, name and age information, expression, posture, voice, tone, article, weather information and geographic location tags, and the personalized virtual intelligent robot learns and imitates to generate a personalized virtual three-dimensional intelligent robot that imitates the personalized artificial intelligence, appearance, voice, tone, posture and behavior, and business style of a specific natural person; the personalized virtual three-dimensional intelligent robot's intelligent recognition identifiers include: advertising recognition identifier, call for help recognition identifier identification, help identification, service identification, posture identification, voice recognition, face recognition, and transaction data identification; the personalized virtual three-dimensional intelligent robot service identification is to classify the suppliers and demanders of consumer goods by classifying the consumer goods accordingly, so as to classify and identify the corresponding personalized virtual three-dimensional intelligent robot at the satellite positioning of the consumer goods suppliers and demanders based on the three-dimensional electronic map; the advertising identification can be customized as a banner or an advertising balloon, and the user can choose to suspend the advertising identification positioning mark that identifies the supply or demand at the daily service place or the head of the personalized virtual three-dimensional intelligent robot at the corresponding geographical location of the user's real-time satellite mobile positioning on the three-dimensional electronic map;If a user wants to position an advertisement in a place in the real world corresponding to the three-dimensional electronic map that is not his / her daily service place or a place where the land property or residential property belongs to others, he / she needs to obtain the consent of the corresponding owner of the real world property and provide proof that the advertisement marked with supply or demand can be positioned at that place after the review and approval of the three-dimensional electronic map platform; the supplier of consumer goods is limited to a natural person who provides supply and demand services for consumer goods; the personalized virtual three-dimensional intelligent robot intelligent identification mark is based on the intelligent presentation of the three-dimensional electronic map, and the intelligent presentation is to intelligently match the information of user supply and demand and present it on demand, and the user can turn on or off the intelligent identification button: when the intelligent identification button is turned on, if the product or demand provided by a specific natural person is intelligently determined in the application scenario as not required by the user logged in within the preset range centered on the specific natural person, the personalized virtual three-dimensional intelligent robot corresponding to the specific natural person in the application scenario does not present the identification mark of the provided product or service to the logged-in user, and when the personalized virtual three-dimensional intelligent robot and the intelligent system of the application scenario detect that a potential customer has logged in When the application scenario is recorded and appears in the service scope set by the user, the product or service provided by the specific natural person that triggers the system's pre-judgment is in demand, and the identification mark of the provided product or service is automatically presented in the application scenario for the user who logs in to the application scenario to choose; when the smart identification button is turned off by the user, the user can choose to automatically present or not present the identification mark of the provided product or service to all logged-in users in the application scenario; the personalized virtual three-dimensional intelligent robot transaction data identification mark is a legend display of the commodity transaction data that occurs on the Internet three-dimensional electronic map platform by the supplier and demander of consumer goods of residents using the personalized virtual three-dimensional intelligent robot as an information carrier, and the legend display is characterized in that the price and transaction volume data are displayed in one legend, and the legend symbolizes real-time storage and integrated calculation statistics and aggregation to generate a commodity transaction market dashboard based on the specific page of the application scenario, and the legend symbol of each transaction price and its corresponding transaction volume is automatically micro-engraved with the language and Arabic numerals of the country where the calculation period is carried out through a computer program. ; 2. A method for making a personalized virtual three-dimensional intelligent robot and its application scenario, comprising the following process:

1. Establishing application scenarios of personalized virtual 3D intelligent robots: (1) Establishing a real-world intelligent foundation layer associated with the intelligent application module components of a three-dimensional electronic map, wherein the real-world intelligent foundation layer includes the intelligent living environment and intelligent working environment of natural persons in the real world; the intelligent living environment and intelligent working environment refer to the intelligent tools held and established in the living and working environments of natural persons, including smart phones, smart computers, smart conference rooms, smart product exhibition rooms, smart shopping mall counters, satellite positioning systems, satellite base stations, wearable clothing, and a 360-degree blind spot intelligent monitoring camera system that can be turned on or off to implement 24-hour full monitoring coverage of the living and working areas of natural persons. The intelligent monitoring camera system has the functions of face recognition, posture recognition, voice recognition, human body temperature recognition, real-time video recording, recording, storage, information transmission, dialogue and chat, and live broadcast; (2) Establishing an application scenario in which a personalized virtual three-dimensional intelligent robot corresponding to a natural person who logs into the electronic map provides personalized life and work services to the society based on the one-to-one correspondence between electronic maps, satellite map images and the intelligent basic layer of the real world: a three-dimensional electronic map; The three-dimensional electronic map is established with an intelligent module that automatically generates a three-dimensional electronic map of natural person's life and office scenes by combining an electronic map with satellite images; first, a bionic intelligent three-dimensional life and office scene based on the positioning of the three-dimensional electronic map corresponding to the natural person including employees of enterprises, institutions and administrative units is established: the application scenario of establishing a personalized virtual three-dimensional intelligent robot based on the fusion of three-dimensional electronic maps and natural people in the real world to provide personalized life and personalized work services is established with an intelligent module component that automatically generates a three-dimensional scene by combining an electronic map with satellite images and a module component that manually establishes and maintains a three-dimensional scene. The user first locates one or several legal business or office addresses exclusive to the user, selects the corresponding legal office area on the electronic map, and uses the module that automatically generates a three-dimensional scene by combining an electronic map with satellite images to generate a three-dimensional scene of the target area. The system refreshes the electronic map in real time and combines the satellite images to generate a three-dimensional scene based on the appearance of the three-dimensional electronic map, including information on buildings, roads, waters and vegetation, etc. Based on the character identification generated by the device, natural persons including enterprises, institutions and administrative units If the administrative unit employee has authorized the system to associate each surveillance camera for face and posture recognition and automatic identification, the automatic identification will be replaced by the corresponding personalized virtual three-dimensional intelligent robot. If the user does not authorize automatic identification, it will not be identified and will be automatically cleared; the user can choose the system default refresh time or customize the refresh time and interval refresh time or real-time refresh; the three-dimensional electronic map can manually upload indoor pictures to generate indoor three-dimensional scenes including the location of the land god, the location of the god of wealth, and incense burning utensils; real-time refresh of the appearance of the three-dimensional electronic map does not affect the current status of the indoor three-dimensional scene; the user can also choose to manually establish or manually beautify the three-dimensional scenes of indoor and outdoor office areas in the target area of ​​the three-dimensional electronic map, including the location of the indoor land god, the location of the god of wealth, and incense burning tools. Users who apply to use the device for generating three-dimensional scenes or apply for the module for manually establishing three-dimensional scenes need to submit an application to the platform first. Only after passing the land use right and house use right confirmation review can three-dimensional building decoration be implemented within the authorized scope. The construction of virtual three-dimensional scenes shall not exceed the statutory office area and common area area on the user's business license or the area agreed in the contract; (3) Establishing application scenarios for the personalized virtual intelligent robot on the three-dimensional electronic map to provide personalized life and personalized work services, including establishing a natural sound environment and video monitoring environment based on the three-dimensional electronic map: establishing a pictographic monitoring device intelligent module logo associated with the above monitoring device at the corresponding monitoring device with face recognition and voice recognition installed in the living area of ​​the user's unit and home, and the user can click the pictographic logo of the monitoring device on the three-dimensional electronic map to watch the monitoring screen and hear the real-time screen sound. The user can choose to turn on or off the monitoring device of each specific monitoring point. The user can turn on the sound playback in real time or choose to turn off the real-time playback of the scene sound, including the sound of wind, rain, dog barking, and people talking. The three-dimensional electronic map is established by authorizing the associated monitoring device with face recognition and voice recognition at the user's unit and home to have a human voice recognition device and a face recognition device. The user can choose to close or open the real-time video playback window, and the user must set the access permission; (4) The three-dimensional electronic map of the application scenario has established a three-dimensional electronic map decoration tool and a tool module for building installation and decoration. Users can customize a virtual three-dimensional simulated intelligent conference room, a virtual three-dimensional intelligent product exhibition hall, a virtual three-dimensional intelligent commodity city, and a virtual three-dimensional intelligent shopping mall counter based on the three-dimensional electronic map positioning corresponding to the office building in the real world according to the decoration tool software provided by the three-dimensional electronic map, so as to provide an application scenario of personalized work service based on the three-dimensional electronic map application for personalized virtual three-dimensional intelligent robots; (5) The three-dimensional electronic map of the application scenario is established with a three-dimensional intelligent conference room module, which has the functions of personalized virtual three-dimensional intelligent robot attendance management, personalized virtual three-dimensional intelligent robot scene live broadcast, personalized virtual three-dimensional intelligent robot expression sending, personalized virtual three-dimensional intelligent robot dance movements, business card management, message management, global speech, range speech, hand-raising speech, mute, invitation code management, custom transmission code, sign-in management, task management, user diversion management, message management, synchronization of personalized virtual three-dimensional intelligent robot speech image, and flexible replacement of pictures and videos; the intelligent conference room module has AI voice drive, personalized virtual three-dimensional intelligent robot face drive, voice lip synchronization, splicing sound, personalized virtual three-dimensional intelligent robot with thousands of faces, TTS broadcast, personalized virtual three-dimensional intelligent robot beauty beautification, support for multiple languages, green screen & video segmentation, ultra-realistic ultra-high-definition personalized virtual three-dimensional intelligent robot, underlying AI engine interaction, and monocular camera to realize the personalized virtual three-dimensional intelligent robot face and motion capture function; users can customize the setting of meeting scenes to realize real-time interaction of personalized virtual three-dimensional intelligent robots corresponding to multiple terminals and multiple natural persons within the scope of natural person authorization, and immersive and efficient communication; (6) The three-dimensional electronic map has an intelligent product exhibition hall module. The three-dimensional electronic map provides a decoration module for users to build a three-dimensional exhibition hall, so that users can immerse themselves in the exhibition. Exhibitors and users can communicate in real time in the exhibition scene through the corresponding exclusive personalized virtual three-dimensional intelligent robot. Users can click on the video module of the exclusive personalized virtual three-dimensional intelligent robot to directly video the customer. Exhibitors can click on the corresponding personalized virtual three-dimensional intelligent robot to conduct new product releases, main speeches, interactive activities and other forms of marketing, which helps to promote efficient display and conversion; products can be purchased through pop-up windows; (7) The three-dimensional electronic map application scenario establishes a virtual commodity city that simulates pedestrian streets in various countries and regions and corresponds to the actual pedestrian street business entities based on the satellite positioning of the three-dimensional electronic map. Enterprises that have corresponding business physical stores or specialty counters in the real world can apply to settle in the three-dimensional virtual store corresponding to the satellite positioning in the virtual commodity city, and establish their own three-dimensional virtual mall store with decoration corresponding to the real world positioning. The virtual mall can display the company's products, and users can directly place orders to purchase; (8) The three-dimensional electronic map is associated with the money system program built into the personalized virtual intelligent robot: the money system program dynamically counts the previous period balance, current period income, current period expenditure, and current period balance of each user's gold standard account in the three-dimensional electronic map. Users can only query the account balance and detailed amount under their own name. The three-dimensional electronic map is associated in real time with the money system program built into the "brain" of the personalized virtual three-dimensional intelligent robot computer that all users have authorized to associate with, and users can choose to cancel the association; (9) The three-dimensional electronic map is established with a program for real-time calculation of transaction data in symbolic storage in a limited space: The three-dimensional electronic map is established with a market module component by establishing a program for real-time calculation of transaction data in symbolic storage in a limited space. Clicking the "market" button will show a dynamic transaction real-time market board, including a commodity transaction market board and a stock transaction market board; the program for real-time calculation of dynamic transaction data in symbolic storage in a limited space adopts the ingot gold standard. The three-dimensional electronic map generates a real-time market board for dynamic transactions of commodities whose transaction information is authorized to be opened by users on the three-dimensional electronic map platform according to the personalized intelligent robot using the ingot gold standard and the program for real-time calculation of dynamic transaction data in symbolic storage in a limited space, including a commodity transaction market board and a stock transaction market board, and dynamically feeds back the actual and ongoing consumer goods transaction data on the three-dimensional electronic map platform and the real-time transaction data of the stocks of the joint-stock company on the platform of this application; The user can choose to make the transaction data public or not. The transaction data market dashboard only updates and displays the transaction data that has occurred and is occurring on the three-dimensional electronic map through the virtual three-dimensional intelligent robot and the user has authorized to make it public in real time; the transaction data of the ingot gold standard includes but is not limited to: transaction time, commodity code, commodity name, increase in the calculation period, current price, buying price, selling price, total transaction quantity, unit, total transaction amount, and the current price, buying price, selling price, and total transaction amount of the matching country's currency; The program for real-time calculation of dynamic transaction data established by the three-dimensional electronic map in symbolic storage in a limited space is characterized in that: the transaction data is commodity and stock transaction data occurring on the three-dimensional electronic map platform, including the time, transaction price and transaction quantity of the transaction, the transaction price and transaction quantity are stored and displayed in a symbolic manner, and the transaction price and the corresponding transaction volume are broadcasted in real time by voice according to the number of transactions; the commodity is a consumer product or a stock; the storage and display are displayed as a price chart and a transaction volume chart in one picture, that is, each price and its corresponding transaction volume and all prices and their corresponding cumulative transaction volumes in the statistical period selected by the user are displayed in real time; the symbols are four colors: red, green, gold and silver Three-dimensional ingots and three-dimensional foil symbols, gold bean symbols, negative line graphs, positive line graphs, upper shadows, and lower shadows. The symbols are automatically micro-engraved with the language and Arabic numerals of the country where they are located through a computer program to mark each price data of the calculation period and the corresponding transaction volume summary data; for the negative line graph, if the closing price is lower than the opening price, the part from the opening price to the closing price is drawn with green silver ingots and green silver foil entities according to the progressive transaction volume system, representing a decline; for the positive line graph, if the closing price is higher than the opening price, the part from the opening price to the closing price is drawn with red gold ingots and red gold foil entities according to the progressive transaction volume system, then the ingot graph is called a positive line graph, representing an increase; the upper shadow graph is drawn with silver ingots The upper shadow chart is connected by the combination of gold ingots and gold foil to connect the highest price with the entity of red gold ingots, red gold foil entity or green silver ingots, green silver foil entity, which is called the upper shadow chart; the lower shadow chart uses the arrangement and combination of gold ingots and gold foil to connect the lowest price with the entity of red gold ingots, red gold foil entity or green silver ingots, green silver foil entity, which is called the lower shadow chart; the limited space refers to the thickness of the symbol determined by the closing price of yesterday or the previous cycle of a certain cycle, and the repeated increase of trading volume at the same price does not increase the thickness in the diagram, and the progressive length; the displayed storage cycle data is the user-defined statistical cycle data for each, such as 1 minute, 5 minutes, 10 minutes, day, month, quarter, year, etc.; the calculation is: use the symbol to connect each of the target Each price of a cycle and the cumulative trading volume of the same price are recorded or recorded dynamically. The symbol position is the intersection of the time and price of the transaction. The width of the symbol represents the trading volume of the price. The excess progressive system is used to record the change of trading volume: the amount of the underlying trading volume is divided into several levels; the trading amount of each level is separately stipulated. The "super" in the excess progressive system means that when the trading amount of the target exceeds a certain level, the excess part is calculated according to the higher level specification. The method is as follows: 1) Insert a piece of gold or silver foil of the corresponding color into the first cell at the corresponding transaction price. We indicate that the trading volume at this price position is less than or equal to a yuan or a lot, and a is an integer greater than zero;2) Insert the second piece of gold or silver foil of the corresponding color into the second cell at the corresponding transaction price, which is used to indicate that the total transaction volume at this price position is greater than a yuan or a lot, and less than or equal to 10a yuan or 10a lots; 3) Insert the third piece of gold or silver foil of the corresponding color into the third cell at the corresponding transaction price, which is used to indicate that the total transaction volume at this price position is greater than 10a yuan or 10a lots, and less than or equal to 100a yuan or 100a lots; 4) Insert the fourth piece of gold or silver foil of the corresponding color into the fourth cell at the corresponding transaction price, which is used to indicate that the total transaction volume at this price position is greater than 10a yuan or 10a lots, and less than or equal to 100a yuan or 100a lots. The total transaction volume is greater than 100a yuan or 100a lots, and less than or equal to 1000a yuan or 1000a lots; 5), the fifth cell at the corresponding transaction price inserts the fifth piece of gold or silver foil of the corresponding color, which we use to indicate that the total transaction volume at this price position is greater than 1000a yuan or 1000a lots, and less than or equal to 10000a yuan or 10000a lots; ... and so on, a is an integer greater than zero, and the value range of a is determined by the activity of the underlying asset and the size of the transaction volume. For targets with active transactions and large transaction volumes, the value range of a is generally larger; The integrated calculation is to store the transaction price data and the transaction volume data in symbols, and each statistical period can be customized as a one-minute, day, week, month or year period chart; the integrated real-time calculation is to establish a coordinate system with the time of the market target transaction as the horizontal axis, the price as the vertical axis, and the time as the horizontal axis. According to the time and price of the market winning transaction, the three-dimensional ingots and three-dimensional foil symbols of four colors of red, green, gold and silver are used at the intersection of the time and price of the target transaction in the coordinate system to record each statistical period of the market winning transaction by using the excess progressive method. Each price of the period and the cumulative trading volume of the same price, where the width of the symbol represents the trading volume of the price, and the excess progressive system is used to record the changes in trading volume: the amount of the underlying trading volume is divided into several levels; the trading amount of each level is separately specified, and the "super" in the excess progressive means that when the trading amount of the underlying exceeds a certain level, the excess part is aggregated and calculated according to the higher level specifications; each statistical period can be customized as a one-minute, day, week, month or year cycle chart, called a one-minute Yuanbao line chart, a yen Yuanbao line chart, a weekly Yuanbao line chart, a monthly Yuanbao line chart or a year Yuanbao line chart; The method for symbolically storing and integrating transaction data in a limited space with real-time calculation includes the following process: ① With the time of transaction as the horizontal axis, the price as the vertical axis, and the time as the horizontal axis, the unit is equal and unchanged, and the coordinate system is established. The three-dimensional ingots and foil graphics of four colors, red, green, gold and silver, are arranged and combined into symbols; ② Use symbols to record or dynamically record each price of each period of the target and the cumulative trading volume of the same price; the symbol position is the intersection of the time and price of the transaction, where the width of the symbol represents the trading volume of the price, and the excess progressive system is used to record the change of trading volume. Red represents an increase, green represents a decrease, silver represents an upper shadow chart, and gold represents a lower shadow chart; focus on marking the opening price, highest price, lowest price, and closing price. If the closing price is higher than the opening price, the symbol is called a positive line chart, representing an increase. The part from the opening price to the closing price is drawn with red gold ingots and red gold foil entities according to the progressive trading volume system; otherwise it is called a negative line chart, and the part from the opening price to the closing price is drawn with green silver ingots and green silver foil entities according to the progressive trading volume system. The lower shadow is the number that represents a decline; the lowest price is connected with the red gold ingot, red gold foil entity or the green silver ingot, green silver foil entity by the arrangement and combination of gold ingots and gold foil, which is called the lower shadow; the highest price is connected with the entity between the red gold ingot, red gold foil entity or the green silver ingot, green silver foil by the silver ingot and silver foil, which is called the upper shadow; the lower shadow is represented by the arrangement and combination of gold ingots and gold foil, and the upper shadow is represented by the arrangement and combination of silver ingots and silver foil; if the opening price is exactly equal to the closing price, the north and south poles are formed like the electromagnet figure, with the upper being the north and the lower being the south. The North Pole is represented by the silver silver ingot figure and the silver silver foil figure, and the South Pole is represented by the gold gold ingot figure and the gold foil figure. The watershed is the opening price and the closing price, which is equivalent to the cross star of the K-line; ③ Divide the amount of the underlying transaction volume into several levels; stipulate the transaction amount for each level separately. The "super" in excess progressive means that when the transaction amount of the underlying object exceeds a certain level, the excess part shall be aggregated and calculated according to the higher level specifications. The method is as follows: 1) Insert a piece of gold or silver foil of the corresponding color into the first cell at the corresponding transaction price, which indicates that the transaction volume at this price position is less than or equal to a yuan or a lots, where a is an integer greater than zero; 2) Insert the second piece of gold or silver foil of the corresponding color into the second cell at the corresponding transaction price, which indicates that the total transaction volume at this price position is greater than a yuan or a lots and less than or equal to 10a yuan or 10a lots; 3) Insert the third piece of gold or silver foil of the corresponding color into the third cell at the corresponding transaction price, which indicates that the total transaction volume at this price position is greater than a yuan or a lots and less than or equal to 10a yuan or 10a lots. is greater than 10a yuan or 10a lots, and less than or equal to 100a yuan or 100a lots; 4), the fourth gold or silver foil of the corresponding color inserted in the fourth cell at the corresponding transaction price is used to indicate that the total transaction volume at this price position is greater than 100a yuan or 100a lots, and less than or equal to 1000a yuan or 1000a lots; 5), the fifth gold or silver foil of the corresponding color is inserted in the fifth cell at the corresponding transaction price, and we use it to indicate that the total transaction volume at this price position is greater than 1000a yuan or 1000a lots, and less than or equal to 10000a yuan or 10000a lots; ... and so on, a is an integer greater than zero, and the value range of a is determined by the activity of the underlying asset and the size of the transaction volume. For targets with active transactions and large transaction volumes, the value range of a is generally larger; ④ For the three-dimensional ingots and three-dimensional foil symbols, when the minimum unit of the ingot is 1mm*1mm*1mm, when the cumulative three-dimensional thickness of the gold or silver foils of various colors partially or completely continuous vertically without gaps reaches and equals 1mm*1mm*1mm, an ingot of the corresponding color of 1mm*1mm*1mm is automatically generated; when four ingots of 1mm*1mm*1mm in size form a cube, an ingot of the corresponding color of 2mm*2mm*2mm is automatically generated; when four ingots of 2mm*2mm*2mm in size form a cube, an ingot of the corresponding color of 4mm*4mm*4mm is automatically generated; when four ingots of 4mm*4mm*4mm in size form a cube, an ingot of the corresponding color of 8mm*8mm*8mm is automatically generated; when four ingots of 8mm*8mm*8mm in size form a cube, an ingot of the corresponding color of 16mm*16mm*16mm is automatically generated;...... And so on; the color of the ingot after it is generated is the same as the color of the foil before it is generated. If the foil color before the ingot is generated is only one color, the generated ingot will also be single color; if the foil before the ingot is generated is composed of two or three colors, the generated ingot will also be divided into two or three colors at the corresponding scale; ⑤ The thickness of the gold foil and silver foil is determined by the closing price of yesterday or the previous cycle of a certain cycle, and the thickness of the gold foil and silver foil corresponding to 0.01 yuan is determined: suppose the closing price of the target commodity yesterday or the previous cycle of a certain cycle is z yuan, and suppose the target commodity is in the A3 standard paper specification. When the increase is 5%, the symbol height is positioned at 1cm; when the increase is 10%, the symbol height is correspondingly 2cm; when the increase is 15%, the symbol height is 3cm......According to this ratio, the thickness of the gold foil and silver foil is: 10mm / z yuan*5%*100 points=20mm / z yuan*10%*100 points=30mm / z yuan*15%*100 points=........, indicating the thickness of the gold foil or silver foil that should be drawn corresponding to 0.01 yuan of the target object. The repeated increase of the symbol trading volume at the same price does not increase the thickness in the diagram, but the progressive length; ⑥ The user can choose the periodic symbol to be displayed. The period can be customized. For example, when it is defined as one minute, day, week, month or year, the corresponding symbol is one minute symbol, day symbol, week symbol, month symbol or year symbol. The symbol is three-dimensional ingot and three-dimensional foil symbol in four colors of red, green, gold and silver, Yin line chart, Yang line chart, upper shadow line and lower shadow line; each period has a summary of the transaction quantity and transaction amount of all symbol scales. When the user moves the mouse to the symbol, the symbol automatically enlarges to display the total transaction volume and price range; when the user clicks the symbol, the transaction price and corresponding transaction volume of the single symbol are displayed; ⑦ For the trading volume that does not meet the generation rules of gold ingots and silver ingots, the cross-sectional image of gold or silver foil is displayed in a progressive interval, similar to the dynamic display of "one". Every time the price jumps to a position, the width of the last grid of gold or silver foil is dynamically stretched horizontally before it is full. When the price jumps away, it is represented by a static half-grid of gold or silver foil of the corresponding color until the trading volume is full and jumps to the next grid due to the progressive trading volume, and then the next grid takes over. The ingot map can also be replaced by other commodity pictograms with certain meanings, such as egg pictograms, apple pictograms, etc. ⑧The maximum transaction volume of a single transaction at each price is marked with a gold bean, on which the transaction time, price and transaction volume data are micro-engraved. The width of the gold bean is determined by the ratio of the maximum transaction volume of a single transaction corresponding to the price to the total transaction volume corresponding to the price in the statistical period; ⑨ The micro-engraving process measurement method is characterized in that when a symbol such as a gold bean symbol is clicked, the gold bean symbol can be automatically reduced or enlarged to a progressively enlarged or reduced gold bean multiple screen set by the system by rolling forward and backward with the mouse, and the user can clearly see the transaction time, price, and transaction volume data with the naked eye through the enlarged symbol; ⑩ Real-time voice broadcast of each transaction price and corresponding transaction volume, so as to facilitate users with poor eyesight or who want to rely on hearing, especially blind users, to timely understand the real-time, continuous and abnormal data updates of consumer goods or stock transactions on the three-dimensional electronic map platform; The specific steps for real-time voice broadcast are as follows: Continuously select the transaction prices and volumes of the two most recent transactions of the target for which the user has opened data information from the three-dimensional electronic map platform database. The database is the real-time database of the three-dimensional electronic map platform described in this application; Compare the two most recent transaction prices of the target; The comparison result is represented by specific transaction data + dubbed words and expressed in voice. The specific transaction data is the transaction price or volume; the dubbed words are that the latest transaction price is compared with the previous transaction price, and the dubbed word for a price increase is "rise", and the dubbed word for a price decrease is "fall"; (10) The three-dimensional electronic map is built-in with an identification module for the personalized virtual intelligent robot. The identification module is installed with a face recognition program, a body posture recognition program, a voice recognition program, and a service recognition program, and is correspondingly built into the face recognition module component, the body posture recognition module component, the voice recognition module component, and the service recognition module component; the user can turn on or off the identification button of the personalized virtual three-dimensional intelligent robot exclusive to himself / herself. All users of the three-dimensional electronic map can identify the identity information and service information of users who have enabled identity recognition. After the user turns off the identification button, their identity information and service information are only visible to themselves; the identification button is provided with options for face, body posture, voice, and service, and can be selected individually or multiple times; users of the three-dimensional electronic map can directly identify information such as the name and service content provided by users who have enabled the recognition permission through the identification module of the three-dimensional electronic map; Implementation method: When the user clicks the identification module, the activated identification module program immediately starts to collect face information, body posture information, and voice information of the natural person corresponding to the positioning of the personalized virtual intelligent robot on the three-dimensional electronic map by monitoring the camera installed in the associated real world and the wearable monitoring device worn by the natural person, and compares the data stored in the user identity authentication of the platform database with time information tags, customer name and age information tags, expression tags, body posture tags, voice tags, tone tags, weather information tags, and geographical location tags, and generates identification result data including name and service content and annotates it in text beside the personalized virtual three-dimensional intelligent robot that has enabled the recognition permission; the service content recognition automatically generates a classification identifier according to the consumer goods provided or required by the user by the service recognition program of the personalized virtual intelligent robot built into the three-dimensional electronic map; the identification module of the personalized virtual intelligent robot built into the three-dimensional electronic map can effectively prevent the identity distortion of the personalized virtual intelligent robot on the three-dimensional electronic map that may be caused after the wearable clothing or mobile phone worn by a natural person is stolen, and ensure that the external business behavior of the personalized virtual intelligent robot on the three-dimensional electronic map exclusive to the user is carried out within the scope authorized by the exclusive user; (2) Generate a personalized virtual three-dimensional intelligent robot: (1) Using the satellite positioning identification of natural persons, including employees of enterprises, institutions and administrative units, who log in to the three-dimensional electronic map, in the application scene of the three-dimensional electronic map as the data carrier, a personalized virtual three-dimensional intelligent robot is created to classify and identify consumer goods supplied or demanded by the natural person by imitating the image of the specific natural person; (2) The three-dimensional application scenarios of the personalized virtual three-dimensional intelligent robot based on the Internet, especially the satellite positioning based on the three-dimensional electronic map application scenarios, correspond to natural persons in the real world, including employees of enterprises, institutions and administrative units. The personalized virtual three-dimensional intelligent robot is associated with natural persons wearing wearable intelligent clothing with real-time satellite positioning, real-time 360-degree camera, recording, intercom, live broadcast, video, information storage and real-time information transmission, including employees of enterprises, institutions and administrative units. The personalized virtual three-dimensional intelligent robot has an intelligent application module that establishes and imitates natural persons. The intelligent application module of the bionic natural person includes a computer "brain", "vision", "smell", "hearing" and "voice". , "wearable clothing", and "brain-computer interface" modules are respectively installed in the pictographic symbols of the "brain", "eyes", "nose", "ears", "mouth", "wearable clothing", and "brain-computer interface" of the personalized virtual three-dimensional intelligent robot; the "brain", "eyes", "nose", "ears", "mouth", "wearable clothing", and "brain-computer interface" pictographic identification intelligent modules of the personalized virtual three-dimensional intelligent robot are associated with the wearable intelligent clothing database worn by a specific natural person and the real-world intelligent basic layer database, and the thinking logic of the specific natural person collected and uploaded by the corresponding wearable device worn by the specific natural person and the real-world intelligent basic layer is recorded, stored, learned, and understood. The personalized virtual three-dimensional intelligent robot bionics natural person's intelligent computer "brain" module component is equipped with an exclusive personalized voice chat program, a money system program, a transaction data storage and calculation integrated computing architecture program, a sign language chat expression package program and a robot process automation program as well as a "brain-computer interface" program. The exclusive personalized voice chat program is a voice chat program that imitates the voice and tone of a specific natural person. The money system program dynamically counts The previous period balance, current period income, current period expenditure and current period balance of the gold standard account of the user. The user can only query the account balance and detailed amount under his / her name. The transaction data storage and calculation integrated computing architecture program adopts the gold standard to use the symbols of gold and silver elements to store, calculate, display and broadcast each price of each transaction cycle and its corresponding total transaction volume and the maximum single transaction volume and transaction amount of each transaction cycle corresponding to each price in real time; the robot process automation program is a personalized virtual intelligent robot equipped with the robot process automation program and its configured dedicated virtual computer to link the computer used by the natural person, so that the computer becomes an automatically working digital employee;The personalized virtual three-dimensional intelligent robot "brain-computer interface" module is associated with the corresponding natural human brain-computer interface device: (1) recording, transmitting, storing, imitating, learning the thoughts, ideas, dreams and information exchange of natural persons. The recording and storage of the corresponding natural person's thoughts, ideas and dreams are recorded and stored in the form of video, picture and text. If it can be recorded and stored in the form of video, no pictures are needed; if it can be recorded and stored in the form of pictures, no text is needed; if it cannot be recorded and stored in the form of video and picture, it is recorded and stored in the exclusive user's native language; (2) according to the exclusive user's instructions transmitted by the exclusive user's brain-computer interface program, the posture and expression of the personalized virtual intelligent robot of the three-dimensional electronic map are guided, directed, corrected, controlled and encoded, and information is exchanged with the exclusive user, and the damaged vision of the exclusive user is restored. The "mouth" pictogram corresponds to a "speech" module that is synchronized with the "lips" expression of the personalized virtual three-dimensional intelligent robot, and the "eyes" pictogram is synchronized with the "eyes" of the personalized virtual three-dimensional intelligent robot corresponding to the natural person. The computer "brain", "vision", "smell", "hearing", "speech", "wearable clothing", and "brain-computer interface" modules that imitate natural persons are associated with the wearable clothing worn by the user and the camera equipment, recorder equipment, and positioning equipment installed in the unit and the user's home. After the association, the voice, files, expressions, data, images, and videos of the natural person that are collected, stored, and transmitted in real time by the locator, camera, and recorder on the wearable clothing worn by the natural person are recorded, stored, and transmitted in real time by the natural person. (3) The real-world natural person user office corresponding to the personalized virtual three-dimensional intelligent robot is established on the three-dimensional electronic map with a three-dimensional virtual office with a location and is equipped with a dedicated virtual computer. The computer "brain" module of the personalized virtual three-dimensional intelligent robot and the dedicated virtual computer are both equipped with a robot process automation program associated with the corresponding natural person computer. By associating with the corresponding natural person computer, the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map uses the robot process automation program software to simulate the actions of human interaction in the software system according to user authorization on the natural person computer or the dedicated virtual computer configured in the virtual office to execute business processes. The application program interface of the personalized virtual three-dimensional intelligent robot on the dedicated virtual computer or the associated natural person computer recognizes data and simulates a specific natural person to operate the application program. The dedicated virtual computer of the personalized virtual three-dimensional intelligent robot is configured with The robot process automation program interacts with other systems according to user-defined rules and performs various preset tasks as needed; the virtual computer is fully functional for exclusive use by the personalized virtual three-dimensional intelligent robot. The personalized virtual three-dimensional intelligent robot "brain" module is provided with a task input column, and the user can assign tasks to the personalized virtual three-dimensional intelligent robot corresponding to himself. The task input column is associated with the dedicated virtual computer configured by the personalized virtual three-dimensional intelligent robot in the virtual application scene office of the corresponding three-dimensional electronic map in the real world. The personalized virtual three-dimensional intelligent robot completes the task on the configured dedicated virtual computer or on the associated corresponding natural person computer, promoting the deep learning and growth of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map; the personalized virtual three-dimensional intelligent robot is limited to external communication by imitating the tone, sound and dialogue reference text of the corresponding natural person user; (4) The generation mode of the tone, voice, manner of speech and dialogue reference text of the personalized virtual three-dimensional intelligent robot chat is: The personalized virtual three-dimensional intelligent robot "brain" module intelligent component establishes the personalized dialogue chat program, and the personalized dialogue chat program is fed with data of exclusive natural persons with time information tags, customer name and age information tags, expression tags, posture tags, voice tags, tone tags, article tags, weather information tags and geographic location tags to feed the exclusive personalized virtual intelligent robot, and the personalized virtual intelligent robot learns and imitates to generate a personalized virtual intelligent robot for exclusive natural persons with personalized automatic dialogue and chat; personalized voice chat training model: fed with exclusive user corpus, through mechanical repetition, highlighting personalization, and enhancing the bionics of the personalized virtual intelligent robot , the three-dimensional electronic map of the application scenario establishes a program with a training model, including: ①, feeding the personalized virtual intelligent robot with exclusive natural person voice, tone, expression, posture, and article link association; ②, completing thinking tasks; ③, triggering search; ④, asking questions on the search platform when encountering difficulties and triggering reward red envelope questions; ⑤, using the answer with the most likes on search platforms such as Google and Baidu to automatically add personalized answers from other answers that are not in the answer to generate a standard answer; ⑥, generating automatic dialogue text and automatically chatting; ⑦, reward or punishment; ⑧, comparing the number of rewards and penalties, and the emoticon package represents the mood when receiving rewards or penalties; ⑨, looping the above ①-⑧; specific implementation process: a. The "brain" module of the central nervous system of the personalized virtual three-dimensional intelligent robot is installed with programs for searching, mining, storing, reasoning, summarizing, judging, making decisions, and taking actions. The program components are associated with the computer vision, smell, hearing, voice, and wearable clothing intelligent functional components of the personalized virtual three-dimensional intelligent robot corresponding to the user. By associating the above intelligent functional components, the personalized virtual three-dimensional intelligent robot is provided with intelligent support and the latest information source when thinking about problems, making judgments and decisions, and voice chatting. The "brain" actively searches on the search platform for questions about the existence of information to receive, analyze, and process information, so as to get the most likes on search platforms such as Google and Baidu. The answer will be automatically added in sequence to generate a standard answer from other answers that are not in the answer, so as to realize the thinking, judgment and creation of the user's self-personalized virtual three-dimensional intelligent robot; the thinking theme of the personalized virtual three-dimensional intelligent robot's central nervous system "brain" is set by the exclusive user, and the central nervous system "brain" is set to think about the personalized virtual three-dimensional intelligent robot. The thinking theme and the step-by-step program for solving each problem are set, so that the central nervous system "brain" can integrate information across the Internet to solve the problems encountered in thinking: ① After receiving the thinking theme given by the user, the "brain" immediately starts the search and mining work program, and the thinking theme content can be video, text, language, etc. ② For tasks that require the assistance of computer vision, smell, hearing, voice, wearable clothing and other intelligent module functional components, the "brain" gives instructions to the associated computer vision, smell, hearing, voice, wearable clothing intelligent functional components. After receiving the work instructions, the above intelligent functional components start the work program, classify and interpret according to the set format, complete the work task, and then pass it to the user's self-personalized virtual three-dimensional intelligent robot central nervous system. The "brain" of the system - backup storage, the "brain" of the central nervous system compares the feedback information according to the user-set indicators, comparing it with the same information of the previous month, the same period last year, the same information of units and departments horizontally, and the same information of the same city vertically. By comparing the data information, abnormal data is found, and then the corresponding subjects are analyzed through abnormal data. When searching for abnormal data of the subject on search platforms such as Google and Baidu, the answer with the most likes in the relevant answers will be automatically added to the personalized answers in other answers that are not in the answer to generate a standard answer, judge it as the best solution, execute the action program to generate reference opinions, and submit them to users for reference and decision-making;For thinking tasks that cannot be answered on search platforms such as Google and Baidu, automatically ask questions on search platforms such as Google and Baidu or launch cloud-piercing arrows to create a colorful three-dimensional bionic firecracker detonation scene and generate red envelopes with marked needs for help, waiting for people to answer, and automatically add personalized answers from other answers that are not in the answer to the answer that has the most likes to generate a standard answer, and find the best answer by continuously looping the path of the above work procedures. Exclusive users have the right to modify the standard answer; ③ The innovation of the central nervous system "brain" of the user's self-personalized virtual three-dimensional intelligent robot is based on the collected information and compared with the products The user can achieve "brain" innovation by setting comparison goals. When the "brain" receives the innovation task set by the user, it will immediately start the search and mining process. It will search and mine every word, phrase, video, and voice information contained in the innovation theme through search platforms such as Google and Baidu to obtain relevant information, understand it, and back it up. It will start the reasoning and induction process to compare various technologies involved in existing innovation tasks, and then automatically search for the advantages and disadvantages of the technologies involved in existing innovation tasks through search platforms such as Google and Baidu, and the solutions of Google and Baidu to solve the disadvantages. It will select the answer with the most likes and automatically add the answers that are not liked in the answer. Some personalized answers in other answers generate standard answers and report them to users in real time. The innovation report is refreshed every day according to the newly generated results. The system automatically improves the work according to the data feedback of the innovation report and compares the results. The innovation achievements of the user's self-personalized virtual three-dimensional intelligent robot central nervous system "brain" are rewarded with material rewards such as points or work penalties such as deductions. The user's self-personalized virtual three-dimensional intelligent robot central nervous system "brain" improves efficiency through daily thinking, innovation, deep learning and continuous data accumulation and innovation. If any link goes wrong, or the customer suddenly clicks on the logo to make a personalized request, the computer central nervous system "brain" general program will automatically restart, and the answer calculated by the above program will be submitted to the user for review. After the user's review is passed, the customer's personalized requirements will be automatically met. In this way, the new situations that the user's self-personalized virtual three-dimensional intelligent robot central nervous system "brain" often faces are summarized in a cycle, and how the user's self-personalized virtual three-dimensional intelligent robot central nervous system "brain" should act is inferred, forming a set of self-improvement programs, training a customized machine learning and innovation model of the user's self-personalized virtual three-dimensional intelligent robot central nervous system "brain", and facilitating the intelligent office application of natural person users; b. The personalized virtual three-dimensional intelligent robot corresponds to each specific unique natural person in the real world, and real-name authentication is limited. The personalized virtual three-dimensional intelligent robot remembers the specific unique user identity information represented and updates the user's age in real time. The user can name or modify the name of the personalized virtual three-dimensional intelligent robot. The computer "brain" module of the personalized virtual three-dimensional intelligent robot is equipped with an exclusive personalized voice chat program. The exclusive personalized voice chat program of the device is characterized by: ① The dedicated personalized voice chat program of the "brain" module device of the personalized virtual three-dimensional intelligent robot is associated with the user's social tool chat records, such as WeChat, QQ, enterprise WeChat, and DingTalk system chat records, including the chat records of the user's WeChat group, QQ group, enterprise WeChat group, and DingTalk work group. The social tool chat records, such as WeChat, WeChat group, enterprise WeChat group, and DingTalk work group chat records, include but are not limited to text records, voice records, picture records, video records, emoticon records, and commodity transaction data information records; ② The exclusive personalized voice chat program of the "brain" module device of the personalized virtual three-dimensional intelligent robot is associated with the user's life chat and work chat recorded in real time by the recording device and camera device on the wearable device worn by the user. ③ The dedicated personalized voice chat program of the computer "brain" module device of the personalized virtual three-dimensional intelligent robot is associated with the computer "brain", "vision", "smell", "hearing", "voice", "wearable clothing", "brain-computer interface" and other modules of the personalized virtual three-dimensional intelligent robot; ④ The dedicated personalized voice chat program of the computer "brain" device of the personalized virtual three-dimensional intelligent robot receives, records, stores, learns and understands, and imitates the above-mentioned dialogue records in real time and stores them as user-specific reference texts and background information of reference response information, and adds time information tags, age information tags, expression information tags and geographic location information tags to each voice chat record of the corresponding natural person customer; ⑤ The dedicated personalized voice chat program of the "brain" module device of the personalized virtual three-dimensional intelligent robot generates the response information corresponding to the same dialogue information based on the dialogue information and background information learned and understood, and imitates the exclusive user's voice or handwriting to answer the questions when facing the same conditions. The user can choose the text font including the user's personal personalized handwriting font as the font of the written reply;⑥ When a question is asked and the database of the personalized virtual three-dimensional intelligent robot cannot find the reference text, the system automatically transfers the question to the natural person voice dialogue device of the user wearing the wearable device to ask the user to answer. At the same time, the voice chat program feeds back the question to the computer "brain" intelligent component, and the "brain" immediately starts the search and mining work program, and mines every word, word, phrase, video, and voice information contained in the question raised by the customer through search platforms such as Google and Baidu to obtain relevant question answer information and understand it. For tasks that require the assistance of computer vision, smell, hearing, voice, wearable clothing and other intelligent functional components The "brain" gives instructions to the associated computer vision, smell, hearing, voice, and wearable clothing intelligent functional components. After receiving the work instructions, the above intelligent functional components start the work program, classify and interpret according to the set format, start thinking and searching, and use the answers with the most likes on search platforms such as Google and Baidu to automatically add personalized answers from other answers that are not in this answer to generate standard answers and feed them back to the voice chat program of the "brain" device. The voice chat program of the "brain" device generates the corresponding response information of the same dialogue information and prompts it to the user in the form of text or voice. After the user completes the personalized answer, the voice chat program stores it in the form of text or voice. ⑦ For tasks that cannot be answered on search platforms such as Google and Baidu, the personalized virtual three-dimensional intelligent robot automatically releases a cloud-piercing arrow at the user's location on the three-dimensional electronic map, which explodes and generates a dynamic red envelope with a preset red envelope amount. The red envelope is located on the head of the virtual three-dimensional intelligent robot on the three-dimensional electronic map and the corresponding natural person gives a reward for help. Questions and needs are automatically generated on the red envelope, and the user presets the red envelope amount. The questions for help and the tasks to be completed after receiving the red envelopes are waiting for people to answer. The answer with the most likes will be automatically added to the personalized answers from other answers that are not included in the answer with the most likes to generate a quasi-standard answer and fed back to the user for review and finalization. The answer determined by the user will be the standard answer, and the best solution will be found by continuously looping the above work procedures to serve customers. Exclusive users have the right to modify the standard answer;⑧ If the user himself does not answer within the time set by the system, the voice chat program will automatically reply with a preset text, such as: "I'm sorry, can you teach me how to answer?", and enter the next dialogue cycle according to the user's answer;⑨ The user can set a task for the exclusive personalized virtual three-dimensional intelligent robot to find other personalized virtual three-dimensional intelligent robots to chat. The user specifies the chat topic. The process is as follows: the user determines the chat topic, and sends a text or voice trigger instruction to the exclusive personalized virtual three-dimensional intelligent robot to find the exclusive personalized virtual three-dimensional intelligent robot voice or text chat corresponding to other natural persons. The exclusive personalized virtual three-dimensional intelligent robot searches for the chat objects that match the topic on the hot search list of the virtual three-dimensional intelligent robot conversation chat record on the three-dimensional electronic map according to the topic set by the user, and sends out chat invitations in turn according to the popularity. If the invitation is successful, the robot enters the working mode of chatting between robots. The personalized virtual three-dimensional intelligent robots operate according to the operation process corresponding to the working mode corresponding to ① to ⑧ above; if the chat object exits the chat according to the corresponding user instruction, the exclusive personalized virtual three-dimensional intelligent robot that sends the chat invitation searches for the chat objects that match the topic on the hot search list of the conversation chat record according to the topic set by the user again, sends out chat invitations in turn and enters the working mode, and repeats until the exclusive user sends an "exit chat" instruction; ⑩ The personalized virtual three-dimensional intelligent robot voice chat program is established according to the user's writing style, work habits and corresponding work reports. Active learning and imitation, automatically generating routine work reports for users when conditions are met, such as notifications or monitoring forecasts issued by users every time the weather is abnormal. When the weather anomaly reaches the conditions preset by the user of the three-dimensional electronic map, a notification SMS of work warning monitoring forecast is automatically generated in combination with the specific time and weather conditions and sent to the user's reserved mobile phone or the user's designated work group; for example: the personalized virtual three-dimensional intelligent robot voice chat program automatically adds time information tags and weather information tags to the user's mobile phone according to the associated meteorological station database and previous user notification templates when the weather anomaly reaches the conditions preset by the user of the three-dimensional electronic map , combined with the user's work situation, the following monitoring forecast is generated: Pingshan short-term monitoring forecast, currently thunderstorm clouds are affecting the central and western regions of Shenzhen. It is expected that around 13:00, our district will turn to thunderstorm weather from west to east. Pingshan, Shijing, and Biling streets will have heavy rain, with a maximum hourly rainfall of 20-30 mm, lasting 1-2 hours, and accompanied by short-term gusts of 6-7 during thunderstorms; during the period of thunderstorms and strong winds, relevant companies are requested to stop outdoor operations in a timely manner and prepare safety protection for scaffolding, tower cranes, gantry cranes and other facilities and equipment in advance; all companies are requested to pay attention and strengthen on-duty inspections; District Meteorological Disaster Emergency Command Office issued at 12:30 on March 25, 2023; (5) The personalized virtual three-dimensional intelligent robot automatically generates a personalized service identification mark: The personalized virtual three-dimensional intelligent robot and its application scenario are characterized by having a module program component for automatically generating an identification mark, the module component is built into the "pocket" mark of the work clothes of the personalized virtual three-dimensional intelligent robot and its application scenario, the "pocket" mark is superimposed with a three-dimensional image mark of a consumer product provided by the personalized virtual three-dimensional intelligent robot and its application scenario, the three-dimensional image mark of the consumer product presents a single three-dimensional image of the consumer product, and the user can click on the three-dimensional image mark pop-up window to place an order to purchase or click "turn page" to view other consumer products provided by the personalized virtual three-dimensional intelligent machine, and all can be ordered to purchase, thereby realizing a variety of consumer product supply services; the personalized virtual three-dimensional intelligent robot and its application scenario identification mark includes automatically generating a color distinction mark, a service content text label mark, and a three-dimensional image of a service product superimposed on the "pocket mark" of the work clothes of the personalized virtual three-dimensional intelligent robot and its application scenario; the consumer products provided or required by the exclusive natural person are divided into major categories by color The specific consumer product logo is marked with text around the personalized virtual three-dimensional intelligent robot and its application scene and moves on the three-dimensional map with the movement of the exclusive user; the personalized virtual three-dimensional intelligent robot and its application scene database are associated with the industrial and commercial registration center of the government affairs center of each country and the personnel database of the unit where the user is located, and is characterized in that after the user changes the business scope or the unit adjusts the category of consumer products provided by employees to the society, their work clothes have the function of automatically generating identification logos. After the legal person changes the business scope, the color distinction logo, service content text labeling logo, and three-dimensional image logo of the personalized virtual three-dimensional intelligent robot and its application scene exclusive to it, the service content text labeling logo, and the three-dimensional image logo of the service product are automatically changed according to the setting method described in this application; after the category of consumer products provided by the natural person user to the society changes, the color distinction logo, service content text labeling logo, and three-dimensional image logo of the personalized virtual three-dimensional intelligent robot and its application scene exclusive to it, the service content text labeling logo, and the three-dimensional image logo of the service product are automatically changed according to the setting method described in this application; The three-dimensional electronic map performs dynamic satellite positioning on the three-dimensional electronic map for natural persons, including employees of enterprises, institutions and administrative units, who log in to the three-dimensional electronic map, and creates an imitation natural person image mark according to the classification of consumer goods supplied or required, and uses the imitation exclusive natural person image mark as a carrier to establish a personalized virtual three-dimensional intelligent robot based on the corresponding natural person; the three-dimensional electronic map performs classification and identification on the three-dimensional electronic map for natural persons, including employees of enterprises, institutions and administrative units, according to the consumer goods provided or required, to create a corresponding personalized virtual three-dimensional intelligent robot exclusive to the natural person, and uses the imitation natural person image mark as a carrier to establish a personalized virtual three-dimensional intelligent robot exclusive to the natural person at the geographical location of the natural person, including the dynamic location of satellite positioning A personalized virtual three-dimensional intelligent robot wearing work clothes of different colors is generated with a human identifier as a carrier. The work clothes are associated with smart work clothes equipped with wearable devices for natural persons in the real world, including employees of enterprises, institutions and administrative units. The name of the work unit, department name, position, name and the name of the specific consumer goods provided or required can be input on the personalized virtual three-dimensional intelligent robot clothes, and the corresponding names are displayed on the front chest and back of the personalized virtual three-dimensional intelligent robot work clothes. The classification identification of natural persons, including employees of enterprises, institutions and administrative units, on the three-dimensional electronic map is determined by the classification identification of the consumer goods they supply or require; the specific method for classification identification includes the following process: ① Based on consumer goods, consumption is classified into ten categories: clothing, food, housing, transportation, use, morality, intelligence, physical fitness, beauty, and labor, namely: clothing corresponds to clothing, food corresponds to food, tobacco, and alcohol, housing corresponds to residence, transportation corresponds to transportation and communication, use corresponds to daily necessities and other supplies, morality corresponds to education, intelligence corresponds to culture and entertainment, physical fitness corresponds to medical treatment, beauty corresponds to health care, and labor corresponds to services; ② According to the above consumption classification, the work clothes of the personalized virtual intelligent electronic person imitating the image of a natural person in the three-dimensional electronic map are marked with different colors according to the consumer goods provided or required. The color category mark can be customized, such as the color mark is set to a helmet or shoes or work clothes, etc.; in this example, the color mark is set to work clothes, then: for consumer goods in the supply or demand of "clothing", the work clothes are white; for consumer goods in the supply or demand of "food", the work clothes are orange; for consumer goods in the supply or demand of "housing", the work clothes are blue; for consumer goods in the supply or demand of "travel", the work clothes are green; for consumer goods in the supply or demand of "use", the work clothes are brown; for consumer goods in the supply or demand of "morality", the work clothes are gray; for consumer goods in the supply or demand of "intelligence", the work clothes are pink; for consumer goods in the supply or demand of "body", the work clothes are yellow; for consumer goods in the supply or demand of "beauty", the work clothes are purple; for consumer goods in the supply or demand of "labor", the work clothes are red; for those marked with three-dimensional images of consumer goods, they are classified and marked according to the original color of the consumer goods; ③ According to the consumer goods provided or required by natural persons, including employees of enterprises, institutions and administrative units, the color of the preset color mark of the personalized virtual three-dimensional intelligent robot imitating the image of natural persons is determined. In the present application example, the geographical location of natural persons, including employees of enterprises, institutions and administrative units, including the dynamic location of satellite positioning, is classified and marked on the three-dimensional electronic map by personalized virtual three-dimensional intelligent robots imitating the image of natural persons wearing work clothes of different colors; when the natural persons, including employees of enterprises, institutions and administrative units, provide or require multiple classified consumer goods, the personalized virtual three-dimensional intelligent robots of their geographical locations are marked on the three-dimensional electronic map by personalized virtual three-dimensional intelligent robots imitating the image of natural persons wearing colored work clothes of multiple corresponding colors; ④ The personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is associated with the personnel file database of the enterprise, institution or administrative unit where the user is located. When the personnel transfer of the enterprise, institution or administrative unit leads to a change in the category of consumer goods provided by the employees of the enterprise, institution or administrative unit to the society, the color of the preset color mark of the personalized virtual three-dimensional intelligent robot imitating the image of a natural person on the three-dimensional electronic map correspondingly automatically matches the color corresponding to the provided consumer goods type; ⑤ The natural persons associated with the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map include employees of enterprises, institutions and administrative units. The default text automatic recognition method of the system is: when the natural person corresponding to the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is detected and located in the office area of ​​the service place, the text mark on the work clothes of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is automatically transformed into: unit name + department name + position + name; when the natural person employee corresponding to the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is detected and located outside the office area of ​​the service place, the text mark on the work clothes of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is automatically transformed into: unit name + supply + specific consumer product name or unit name + demand + specific consumer product name. The associated natural person user can turn on or off the text and color mark display function on the work clothes or helmet of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map; ⑥ The shoulder position of the work clothes of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map is configured with a toolbox pictogram mark, and the toolbox pictogram mark of the work clothes is configured with an intelligent pigeon module component and a cloud-piercing arrow red envelope module component. The intelligent pigeon module component has an emergency self-service function, which can automatically navigate and automatically release pigeons and automatically trigger activation according to the voice distress information sent by the associated user's smart device, automatically add a distress text message to the pigeon mark to release the pigeon, and the pigeon automatically and repeatedly flies to the head of the personalized virtual intelligent robot corresponding to the person with rescue ability in the preset range nearby searched by the computer "brain" associated with the pigeon module component and broadcasts the distress information by voice. Rescuers can get guidance by clicking on the pigeon rescue operations can be carried out by air; at the same time, the carrier pigeon smart component is associated with the corresponding smart monitoring equipment in the real world, including the camera equipment and voice equipment of wearable clothing worn by natural persons, and the latest video and sound of the rescued persons taken by the equipment in real time are extracted and sent to the emergency contact person's mobile phone reserved by the user; the cloud-piercing arrow red envelope module component has the function of manually or automatically triggering the launch of cloud-piercing arrow firecrackers to burst out a colorful three-dimensional scene and generate a reward red envelope with a preset red envelope amount when the user or the exclusive personalized virtual three-dimensional smart robot encounters a problem that cannot be answered. The smart carrier pigeon module component is associated with the smart devices in the living environment and working environment of natural persons, including wearable smart clothing worn by employees of enterprises, institutions and administrative units, and the wearable smart clothing is equipped with a 360-degree camera The camera equipment includes AI and AR glasses with the function of identifying the shopping platform of the service provider, such as Taobao information scoring, a built-in voice storage and broadcasting device, and a satellite locator. When the corresponding exclusive natural person, including employees of enterprises, institutions and administrative units, encounters personal safety dangers and sends out a "help" cry, the help cry is transmitted to the personalized virtual three-dimensional intelligent robot "ear" module on the three-dimensional electronic map through the wearable smart clothing worn by the natural person. The "ear" module component recognizes the help message and quickly feeds back to the computer "brain". The computer "brain" instructs the intelligent pigeon module component configured with the work clothing toolbox pictogram mark associated with the three-dimensional electronic map to trigger the personalized virtual three-dimensional intelligent robot's work clothing toolbox pictogram mark on the three-dimensional electronic map. The intelligent pigeon module component launch function in the recognition, the intelligent pigeon module component automatically releases two pigeons, one pigeon stores the rescue point and automatically flies to the head of the personalized virtual intelligent robot corresponding to the person with rescue ability in the preset range nearby searched by the computer "brain" associated with the pigeon module component, and broadcasts a voice message for help, and the other pigeon flies in a circle at the satellite positioning of the natural person in the real world on the electronic map and repeatedly plays the "help" call. The rescuer can click on the flying pigeon logo and follow the navigation guidance of the pigeon to ask for help; for example, if a user falls into the water, the pigeon will send a voice broadcast message for help to the head of the personalized virtual intelligent robot corresponding to the three-dimensional electronic map according to the user who can swim searched by the platform database;The three-dimensional electronic map implements credit scoring for the use of carrier pigeons according to feedback, and users can judge whether to provide help based on the credit score to prevent the person seeking help from abusing the right to use carrier pigeons; when a natural person, including employees of enterprises, institutions and administrative units, walks on the train tracks or zebra crossings, the corresponding personalized virtual three-dimensional intelligent robot system on the three-dimensional electronic map detects that the user is walking on a dangerous section of the road, and the color of the personalized virtual three-dimensional intelligent robot's work clothes immediately flashes a colorful warning light and triggers the built-in multiplication program of its personalized virtual three-dimensional intelligent robot logo on the three-dimensional electronic map, and the personalized virtual three-dimensional intelligent robot logo immediately enlarges by two times, which lasts until the corresponding natural person walks out of the dangerous area of ​​the train tracks set on the three-dimensional electronic map or leaves the zebra crossing; ⑦ The three-dimensional electronic map is equipped with a classified sign language expression identification package module for supply or demand of consumer goods, which is associated with a sign language expression identification package generation program of a personalized virtual three-dimensional intelligent robot computer "brain" module component on the three-dimensional electronic map. The deaf-mute or illiterate natural person, including employees of enterprises, institutions and administrative units, clicks to select the sign language expression package of supply or demand of consumer goods on the three-dimensional electronic map, and the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map starts the sign language expression identification package generation program of the self-computer "brain" module component to automatically generate a dynamic bionic sign language three-dimensional intelligent robot corresponding to the provided or demanded consumer goods, and constantly repeats specific signs in sign language. Sign language gestures for supply or demand of consumer goods; the sign language gestures are in the sign language of the country where the user is located, and the user can choose to locate the bionic sign language three-dimensional intelligent robot at a daily service place or at a corresponding geographical location of the user's real-time satellite mobile positioning on the three-dimensional electronic map, and establish a bionic sign language dynamic three-dimensional intelligent robot that expresses the supply and demand of consumer goods in sign language; the daily service places include but are not limited to the following places at the corresponding geographical locations of the satellite real-time positioning on the three-dimensional electronic map: clothing stores, restaurants, hotels, taxis, motorcycles, shared bicycles, car rentals, daily necessities and other supplies, schools, Internet cafes, hospitals, barbershops, toilets, markets, and gymnasiums; ⑧ The personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map has a built-in chat and video module. When you click on the non-private part of the personalized virtual three-dimensional intelligent robot on the three-dimensional electronic map, a pop-up dialogue window can be connected to the personalized virtual three-dimensional intelligent robot for chat or video, and you can choose to connect to the associated exclusive natural person video; natural persons, including employees of enterprises, institutions and administrative units, can choose an exclusive voice chat program to communicate with the customer who clicked the avatar instead of themselves; ⑨ The three-dimensional electronic map is equipped with an advertising balloon logo for the supply or demand of consumer goods. Users can connect to the balloon publisher by clicking on the balloon logo; the color of the balloon is determined by the color corresponding to the classification and identification method of the consumer goods supplied or demanded by natural persons, including employees of enterprises, institutions and administrative units, on the three-dimensional electronic map, and the color of the work clothes of the personalized virtual three-dimensional intelligent robot corresponding to the natural persons, including employees of enterprises, institutions and administrative units, is associated with the change; the user can mark the advertising slogan on the balloon logo; the user can choose to position the balloon logo with the supply or demand logo on the head of the personalized virtual three-dimensional intelligent robot at the daily service place or the corresponding geographical location of the user on the three-dimensional electronic map according to the real-time satellite mobile positioning; if the user wants to position the balloon logo advertisement at the place in the real world corresponding to the three-dimensional electronic map that does not belong to his daily service or the place where the land property or residential property belongs to others, he needs to obtain the consent of the corresponding owner of the real world property and issue a certificate of approval by the three-dimensional electronic map platform before the balloon logo with the supply or demand logo can be positioned at that place; ⑩ The personalized virtual three-dimensional intelligent robot intelligent identification mark is intelligently presented based on the three-dimensional electronic map. The intelligent presentation is to intelligently match the information of user supply and demand and present it on demand. The user can turn on or off the intelligent identification button: when the intelligent identification button is turned on, if the product or demand provided by a specific natural person is intelligently determined in the application scenario as not required by the user logged in within the preset range centered on the specific natural person, the personalized virtual three-dimensional intelligent robot corresponding to the specific natural person in the application scenario does not present the identification mark of the provided product or service to the logged-in user. When the personalized virtual three-dimensional intelligent robot and the intelligent system of the application scenario detect that a potential customer has logged in to the application, When the application scenario appears within the service scope set by the user, the system predicts that the product or service provided by the specific natural person is in demand, and the identification mark of the provided product or service is automatically presented in the application scenario for the user who logs in to the application scenario to choose; when the smart identification button is turned off by the user, the user can choose to automatically present or not present the identification mark of the provided product or service to all logged in users in the application scenario; the specific implementation method is that the inventory data system associated with the user authorization of the application scenario can intelligently determine the products that may be provided or required by the user's login application scenario based on the inventory data and the user's consumption behavior data; different consumer goods supply or The user with demand is matched and the corresponding user identification of demand or supply is presented, and the identification identification of the personalized virtual three-dimensional intelligent robot that meets the user's supply or demand is intelligently generated and presented. First, the information database of Taobao, JD.com, Amazon, Pinduoduo, Walmart and other supermarket users associated with the supply and procurement database of a specific natural person is matched, and the inventory data system of the logged-in user detected by the associated monitoring system is combined with the three-dimensional electronic map database of the present application. A user supply and consumption information database is established in the three-dimensional electronic map, and the user's identity is classified by the artificial intelligence component of the three-dimensional electronic map service identification module component. , collect, organize, store and analyze data such as the user's identity information, the products or services provided, and the purchase records; secondly, after understanding the user's identity information, the products or services provided, and the purchase records, the personalized virtual three-dimensional intelligent robot determines the user's purchasing preferences, purchasing habits, shopping patterns, and product or service supply information through the artificial intelligence of the service identification module component, and predicts the user's marketing or purchasing behavior when logging into the three-dimensional electronic map described in this application at that time, and compares the predicted results with the products or services supplied or demanded by the specific natural person to determine whether the personalized virtual three-dimensional intelligent robot corresponding to the specific natural person presents the supplied or demanded consumer product information identification mark to the user who logs in at that time.

3. The method for making a personalized virtual three-dimensional intelligent robot and its application scenario according to claim 2, characterized in that The three-dimensional electronic map application scenario is established with a time-reversal playback intelligent module component: The three-dimensional electronic map time-reversal intelligent module component is equipped with a time selection button based on the three-dimensional electronic map. The system defaults to real-time. When the user selects a time period in the past, the application scene continuously displays the time-space events that occur continuously around the user's login location from the initial time selected by the user to the terminal time according to the occurrence time, including people and cars passing by nearby, their communication with each other, and weather conditions. The time-reversal intelligent module component is equipped with fast-forward and rewind buttons. When the user selects the fast-forward or rewind time button, the playback of the three-dimensional electronic map scene is presented in a fast-forward or rewind manner. When users select the time travel mode in the three-dimensional electronic map, they can only query and view the commodity transactions and the behaviors of people in time and space that have already occurred, but cannot trade commodities or modify data in real time.

4. The method for making a personalized virtual three-dimensional intelligent robot and its application scene according to claim 2, characterized in that The three-dimensional electronic map is built with a somersault cloud module component, which is associated with the camera systems of satellites and spacecrafts of various countries in the world focusing on the earth. Users can choose multiple groups of somersault models of natural persons provided by the platform, or upload their own personalized somersault videos to automatically generate personalized somersault emoticons as the starting action of flying in the clouds. Users can choose white clouds, red clouds, yellow clouds, dark clouds and other symbols. When the user clicks on the cloud symbol, the personalized somersault tumbling action selected by the user is immediately presented on the selected cloud, and the earth scenery photographed when the rocket was launched is flashed, and the robot directly rises to the nearest satellite or spacecraft to the positioning location, and follows the nearest associated spacecraft satellite camera or the universe camera focusing on the earth to patrol the earth and the universe. Users can choose music for flying in the clouds to patrol, and the system defaults to the large-scale ancient costume flower drum opera "Eight Immortals Celebrating Birthday" in Hunan, China. When the user clicks the "return" symbol on the cloud, the personalized virtual three-dimensional intelligent robot immediately returns to the exclusive user satellite positioning location of the three-dimensional electronic map.

5. The method for making a personalized virtual three-dimensional intelligent robot and its application scenario according to claim 2, characterized in that The application scenario establishes a self-driving travel module for users to view real-time scenery during their virtual travel. The self-driving travel module has various virtual means of transportation, including bicycles, motorcycles, fuel cars, electric cars, buses, high-speed railways, airplanes and other virtual means of transportation, providing a virtual experience for users to choose virtual travel without affecting the user's actual location; the scenery along the user's virtual travel route is mapped one by one with the real-time scenery along the route in the real world.

6. The method for making a personalized virtual three-dimensional intelligent robot and its application scenario according to claim 2, characterized in that The personalized virtual three-dimensional intelligent robot device has a computer "vision" module, which is associated with the camera equipment of the wearable device worn by the exclusive user and the home surveillance camera equipment and the unit surveillance camera equipment. Through face recognition, posture recognition, and positioning, it continuously tracks and captures the various facial expressions of the exclusive user when facing the mirror and the surveillance camera at home and at the unit, matches the classification methods of various facial expression packages of characters in Google and Baidu websites, and classifies and stores the facial expression packages of the exclusive user accordingly. The user can choose to match the voice and text chat background information of the number of hours before and after the appearance of a specific facial expression set by the exclusive user, so that the exclusive personalized virtual intelligent robot can imitate, learn, and understand the background information generated by the exclusive user's expression, which is used for the personalized virtual three-dimensional intelligent robot to imitate the expression when imitating voice chat.

7. The method for making a personalized virtual three-dimensional intelligent robot and its application scenario according to claim 2, characterized in that Users are limited to real-name authentication when logging into the personalized virtual three-dimensional intelligent robot application scenario platform, such as face recognition or fingerprint recognition. The personalized virtual three-dimensional intelligent robot will cease to exist when the life of the natural person who owns it ends. The heirs have the right to inherit and use the personalized virtual three-dimensional intelligent robot and the right to download database resources to achieve iterative growth of the personalized virtual three-dimensional intelligent robot. The inheritance rights need to be reviewed and approved by the personalized virtual three-dimensional intelligent robot application scenario platform.

8. The method for making a personalized virtual three-dimensional intelligent robot and its application scene according to claim 2, characterized in that The three-dimensional electronic map automatically generates a personalized exclusive office map, based on the data of videos and walking tracks recorded by natural persons during their daily life, work, walking, driving, and office, which are tagged with time information, customer name and age information, expression tags, posture tags, voice tags, tone tags, weather information tags, and geographic location tags. Exclusive users can choose to open or authorize users to virtually enter the exclusive personalized three-dimensional office map, so as to create a personalized paradise for exclusive users.

9. The method for making a personalized virtual three-dimensional intelligent robot and its application scene according to claim 2, characterized in that The personalized virtual intelligent robot is equipped with a dodge identification module component: the three-dimensional electronic map provides users with multiple sets of dodge actions, expressions, body feedback, and language feedback models common to all human beings when their private parts are attacked unexpectedly, and is connected to the personalized virtual three-dimensional intelligent robot associated with the exclusive user. After the user selects, when the electronic screen of the corresponding private part of the personalized virtual three-dimensional intelligent robot is clicked and touched, the exclusive personalized virtual three-dimensional intelligent robot immediately performs the dodge action selected by the user; the user can also upload his own dodge video action and voice, and generate exclusive personalized dodge action, dodge expression, dodge body feedback, and voice emitted when dodging through the dodge identification module component; the user can customize the settings of the The behavior of a personalized virtual intelligent robot exclusive to the application scenario touching the private parts of the personalized virtual three-dimensional intelligent robot for more than n consecutive times is determined to be malicious and automatically added to the blacklist, where n is a positive integer. The system sets a period of time during which customers who are added to the blacklist are prohibited from logging into the three-dimensional electronic map; users can also choose not to set private parts. For the personalized virtual intelligent robot without setting private parts, when other users click on any part of the body of the avatar, a pop-up window of the supplied or required products will automatically appear, and orders can be placed or conversations can be communicated; for the personalized virtual intelligent robot with private parts set by the user, a pop-up window of the supplied or required products or services will only appear when the user clicks on other parts of the body than the private parts, and the user can click to place an order or communicate in the pop-up window.

10. The method for making a personalized virtual three-dimensional intelligent robot and its application scene according to claim 2, characterized in that The personalized virtual three-dimensional intelligent robot automatically generates subconscious actions of a specific natural person: an intelligent system simulating the human brain is established, and the behavior of the exclusive user is simulated by establishing a personalized virtual three-dimensional intelligent robot matching and associated with the exclusive natural person: the learning ability, memory ability, thinking ability, and judgment ability of the exclusive user are simulated to generate the robot's subconscious learning actions, memory actions, thinking actions, and judgment behaviors. The method is as follows: the computer "brain" of the personalized virtual intelligent robot is established with a neural network program simulating the human brain, a personalized voice chat program for natural language processing, and a deep learning intelligent program, and subconscious words and deeds are generated by the following method to generate the subconscious of the personalized virtual intelligent robot Actions: a. Install intelligent module functional components that simulate human deep learning, natural language processing, machine learning, and human neural network, and learn how to make correct decisions through continuous practice and feedback, thereby generating subconscious actions, such as simulating human thinking and behavior through deep learning, natural language processing, machine learning and other technologies: Strengthen the learning of the personalized virtual intelligent robot: through continuous practice and feedback, the personalized virtual intelligent robot learns from the corresponding natural person how to make decisions that simulate the corresponding natural person, thereby generating subconscious actions; for example, through continuous attempts and feedback, it can learn how to simulate a specific natural person to control his or her virtual body, thereby generating subconscious work of controlling the virtual body; b. By simulating the neural network of the human brain, learning how to make the right decision, thus generating subconscious right decision behavior; By simulating the neural network of the human brain, the personalized virtual intelligent robot can learn from a large amount of data, thereby achieving the purpose of deep learning; a deep neural network DNN program is installed in the "brain" intelligent module of the personalized virtual three-dimensional intelligent robot to simulate the neural network of the human brain, and the image is recognized through the DNN program, and learning from a large amount of image data, thereby generating subconscious image recognition behavior and speech recognition judgment behavior; c. Through the installed natural language processing intelligent module, learn how to understand the bionic specific natural human language, so as to produce subconscious human-like actions corresponding to natural human actions after understanding the language; d. By installing a computer bionic human's deep learning module in the "brain" intelligent module of the personalized three-dimensional virtual intelligent robot, the robot can make correct decisions under specific conditions, thereby generating subconscious correct judgments; the feedback mechanism of the computer bionic human's deep learning module reinforcement learning is achieved by setting rewards and penalties; for example, when the robot completes a task, it can be given a positive feedback to motivate it to continue to complete the task; when the robot does something wrong, it can be given a negative feedback to prevent it from continuing to do the wrong thing; through this feedback mechanism, the personalized virtual three-dimensional intelligent robot can learn how to imitate a specific natural person to complete a task, thereby achieving the purpose of deep learning and providing trigger conditions for subconscious correct decisions.

11. The method for making a personalized virtual three-dimensional intelligent robot and its application scene according to claim 2, characterized in that The personalized virtual three-dimensional intelligent robot service identification module based on the three-dimensional electronic map is established with an intelligent clothing-changing, face-changing, and helmet-changing module component: the intelligent clothing-changing, face-changing, and helmet-changing module component has the functions of changing clothes, helmets, and changing faces: when the intelligent clothing-changing, face-changing, and helmet-changing module component detects that a potential customer logs in to the three-dimensional electronic map of the application scenario and is within the service range preset by the user, the work clothes or helmet of the personalized virtual three-dimensional intelligent robot matches the color of the consumer product classification corresponding to the method of the present invention to the logged-in user, and the personalized virtual intelligent robot presents a smiling expression; when the intelligent clothing-changing, face-changing, and helmet-changing module component detects that the product or service supplied or required by the logged-in user within the service range does not match the exclusive user, the work clothes or helmet and expression of the personalized virtual intelligent robot are presented in the exclusive user's favorite work clothes color and the most relaxed expression set by the user, or choose to be invisible.

12. The method for making a personalized virtual three-dimensional intelligent robot and its application scene according to claim 2, characterized in that The personalized virtual intelligent robot computer "brain" module of the three-dimensional electronic map is established with a module component for generating a personalized virtual three-dimensional intelligent robot image logo from a natural person's personalized posture. The user can select a personalized virtual intelligent robot posture generation method. The natural person's posture logo is dynamically displayed on the three-dimensional electronic map through satellite positioning using the personalized virtual intelligent robot as a carrier as the movement of the person. The personalized virtual intelligent robot posture generation method includes: a. The natural person personalized posture generation module intelligent component provides a representative group of dynamic clothing posture templates of natural persons of different ages and genders for users to choose from, and provides the upload of natural persons' customized personalized clothing postures. People can choose or customize to add personalized posture identification to identify their dynamic posture in real time on the electronic map through authorized electronic map satellite positioning; the identification of the natural person's posture is dynamically displayed on the electronic map through satellite positioning as the person moves; b. Users upload their own personalized three-dimensional full-body avatar, personalized three-dimensional walking dynamic virtual human image, personalized three-dimensional running dynamic virtual human image, personalized three-dimensional sleeping image, as a virtual three-dimensional intelligent robot identification of users or employees located on the electronic map; users upload a walking video and a running video as well as a 360-degree full-body image video and driving posture, sleeping posture, and the intelligent component of this module can automatically generate pictographic exclusive personalized A virtual three-dimensional intelligent robot in a sitting posture, a virtual three-dimensional intelligent robot in a standing posture, a virtual three-dimensional intelligent robot in a walking posture, a virtual three-dimensional intelligent robot in a running posture, a virtual three-dimensional intelligent robot in a driving posture, and a three-dimensional intelligent robot in a sleeping posture can be selected by the user as the virtual three-dimensional intelligent robot logo located on the electronic map of the user, and the system defaults to the walking posture; the personalized virtual three-dimensional intelligent robot logo moves on the electronic map of the virtual world with the movement of the real-world user. When the moving speed exceeds the normal walking speed of a natural person set by the system, the logo is automatically adjusted to a running posture. When the moving speed exceeds the human running speed set by the system, the logo is automatically adjusted to a driving posture. When the virtual three-dimensional intelligent robot logo moves to the interior of the three-dimensional bionic building and is in a stationary state, it automatically adjusts to a sitting posture. When the virtual three-dimensional intelligent robot logo is stationary outdoors, it automatically adjusts to a standing posture. The user can choose the sleep time. When entering the sleep time, the user's virtual three-dimensional intelligent robot logo in the personalized intelligent virtual world automatically adjusts to a sleeping image; the user can choose to hide the virtual three-dimensional intelligent robot logo. After the user chooses to hide the virtual three-dimensional intelligent robot logo, the virtual three-dimensional intelligent robot logo of the personalized intelligent office map automatically disappears until the user turns off the hiding function; no matter how the user's image changes, it does not affect the intelligent equipment capabilities of the virtual three-dimensional intelligent robot;c. The posture of the personalized virtual intelligent robot on the three-dimensional electronic map corresponding to the user is adjusted and updated in real time according to the posture of the exclusive user focused on by the real-world monitoring device associated with the personalized virtual intelligent robot on the three-dimensional electronic map. The natural person personalized posture generation program established by the computer "brain" module of the personalized virtual intelligent robot on the three-dimensional electronic map generates a dynamic posture that is synchronized with the real natural person in real time and continuously corresponds to the real natural person. For example, if the posture of the exclusive user focused on by the monitoring device in real time changes from walking to running, the posture of the personalized virtual intelligent robot on the three-dimensional electronic map also automatically changes from walking to running. c. By the user wearing tools Wearable clothing with three-dimensional positioning is used to quantify human behavior and posture: a set of clothes, hats, earmuffs, gloves, and shoes are tailored for natural persons. The key parts of the wearable clothes, such as the elbows, left and right shoulders, collars, cuffs, waist, knees, ankles, front and back chest, are all sewn with three-dimensional satellite positioning devices. The top, front, back, left, and right of the hat are each equipped with a three-dimensional satellite positioning device. The top, back, left, and right of the earmuffs are each equipped with a three-dimensional satellite positioning device. The palm, back, and finger joints of the gloves are each equipped with a three-dimensional satellite positioning device. The front, back, left, right, top, and bottom of the shoes are each equipped with a three-dimensional satellite positioning device. When a natural person wears the tailor-made After the three-dimensional positioning posture clothing is installed, the key points of the movement postures of various parts of the body are marked dynamically and timely on the electronic map. The positioning points are intelligently connected in the form of a person through existing computer technology. The computer draws and displays the dynamic postures of the person using the personalized virtual intelligent robot of the three-dimensional electronic map as a carrier and is reflected on the three-dimensional electronic map. The electronic virtual personalized virtual intelligent robot posture mark of the natural person's activities is anchored in real time and dynamically to the dynamics of the person wearing the three-dimensional positioning clothing and is displayed on the three-dimensional electronic map. The movement trajectories of the hands and feet of the person wearing the three-dimensional positioning clothing, including the movement trajectories of the feet when braking or accelerating when driving, are dynamically and finely displayed. By replaying the animated continuous postures of stepping on the brake, clutch and accelerator, a legal basis is provided for possible vehicle accidents; users can set the time of warm reminder of the activity of a certain joint of the body in the three-dimensional electronic map: when the joint parts of the person wearing the positioning clothing, such as the waist, neck and knee joints, maintain a constant posture for a long time, the user can set a time period through the personalized virtual intelligent robot logo of the "wearable clothing" to remind in time. When the positioning posture remains unchanged and reaches the quantitative time index, a red dot is displayed on the relevant part of the personalized virtual intelligent robot posture logo of the three-dimensional electronic map and the phone vibrates, reminding the user to move the joint;This component system is installed with a comparison program for the standard sitting posture, standard walking posture, standard running posture, and standard various sleeping postures of a natural person. When the sitting posture, walking posture, and running posture of the personalized virtual intelligent robot marked posture of a natural person wearing a three-dimensional positioning wearable clothing deviate from the standard posture, the deviation part of the personalized virtual intelligent robot marked posture of the three-dimensional electronic map exclusive to the natural person on the three-dimensional electronic map will turn red and vibrate the mobile phone, and the voice prompts the user to correct the deviation part of the body posture according to the standard; d. The user controls the posture of the personalized virtual intelligent robot through the brain-computer interface device to keep it consistent with the posture of the exclusive user. ; 13. The method for making a personalized virtual three-dimensional intelligent robot and its application scene according to claim 2, characterized in that The three-dimensional electronic map establishes a virtual expert bionic three-dimensional intelligent robot for each industry to provide consulting services to users. The three-dimensional electronic map virtual expert bionic three-dimensional intelligent robot has all intelligent modules configured by the personalized virtual three-dimensional intelligent robot corresponding to the natural person in the corresponding industry. The three-dimensional electronic map virtual expert bionic three-dimensional virtual intelligent robot is associated with the corresponding personalized virtual bionic intelligent robot of all natural person users in the corresponding industry who have authorized the opening of information. The three-dimensional electronic map virtual expert bionic three-dimensional intelligent robot generation method: the virtual expert bionic three-dimensional intelligent robot has an intelligent application module that establishes and bionics natural persons, and the intelligent application module of the bionic natural person includes a computer "brain" ", "vision", "smell", "hearing", "speech", "wearable clothing", "brain-computer interface" and other modules are respectively built into the pictographic logos of the computer "brain", "vision", "smell", "hearing", "speech", "wearable clothing", "brain-computer interface" and other devices of the virtual expert bionic three-dimensional intelligent robot; the computer "brain", "vision", "smell", "hearing", "speech", "wearable clothing", "brain-computer interface" and other module devices of the virtual expert bionic three-dimensional intelligent robot are respectively associated with the computer "brain", "vision", "smell", "hearing", "speech", "wearable clothing", "brain-computer interface" and other module devices of each personalized virtual three-dimensional intelligent robot of the three-dimensional electronic map whose information is authorized to be opened by the corresponding industry user. ", "voice", "wearable clothing", "brain-computer interface" and other module devices, the information database of each intelligent module of the virtual expert bionic three-dimensional intelligent robot is associated with the three-dimensional electronic map of all users in the corresponding industry who have authorized the opening of information, and the database information of the personalized virtual bionic intelligent robot corresponding to the natural person in the industry. For example, the three-dimensional electronic map has established 10 personalized virtual three-dimensional intelligent robots for consumer product consulting and customer service, according to the ten categories of "clothing, food, housing, transportation, use, morality, intelligence, physical fitness, beauty, and labor, namely: clothing corresponds to clothing, food corresponds to food, tobacco and alcohol, housing corresponds to residence, transportation corresponds to transportation and communication, use corresponds to daily necessities and other supplies, morality corresponds to education, intelligence corresponds to culture and entertainment, physical fitness corresponds to medical care, and beauty corresponds to "Health care and labor corresponding services" have been established: "clothing" consulting customer service personalized virtual 3D intelligent robot, "food, tobacco and alcohol" consulting customer service personalized virtual 3D intelligent robot, "housing" consulting customer service personalized virtual 3D intelligent robot, "transportation and communication" consulting customer service personalized virtual 3D intelligent robot, "daily necessities and other supplies" consulting customer service personalized virtual 3D intelligent robot, "education" consulting customer service personalized virtual 3D intelligent robot, "culture and entertainment" consulting customer service personalized virtual 3D intelligent robot, "medical" consulting customer service personalized virtual 3D intelligent robot, "health care" consulting customer service personalized virtual 3D intelligent robot, "service" consulting customer service personalized virtual 3D intelligent robot;The computer "brain", "vision", "smell", "hearing", "voice", "wearable clothing", "brain-computer interface" and other module devices of the personalized virtual three-dimensional intelligent robot of the consumer product consulting customer service respectively correspond to the computer "brain", "vision", "smell", "hearing", "voice", "wearable clothing", "brain-computer interface" and other module devices of each consumer product personalized virtual intelligent robot of the three-dimensional electronic map whose information is authorized to be released by the associated user. The information database of each intelligent module of the personalized virtual three-dimensional intelligent robot of the consumer product consulting customer service associates and concentrates the database information of the personalized virtual intelligent robot corresponding to the natural person of the consumer product in the three-dimensional electronic map who has authorized to release information among all users; the three-dimensional electronic map virtual expert bionic three-dimensional intelligent robot has the total functions of the corresponding personalized virtual intelligent robot of the natural person in the industry who has authorized to release information; The three-dimensional electronic map establishes a virtual chief expert three-dimensional intelligent robot that is associated with the resources of the bionic three-dimensional intelligent robot database of virtual experts in various industries for user consultation. This application names the robot Xiaoming No.

1. The Xiaoqiang No. 1 has all intelligent modules and functions configured by virtual expert bionic three-dimensional intelligent robots in all industries; the Xiaoqiang No. 1 is associated with the corresponding personalized virtual intelligent robots of all natural person users in each industry who have authorized the opening of information. The Xiaoqiang No. 1 is associated with the bionic three-dimensional intelligent robot database of virtual experts in various industries, and the language used by Xiaoqiang No. 1 is the standard official female language of the country where it is located.

14. The method for making a personalized virtual three-dimensional intelligent robot and its application scene according to claim 2, characterized in that The personalized intelligent robot of the three-dimensional electronic map is associated with the user's intelligent warehouse and the user's inventory data system. The user's intelligent warehouse system is installed with an intelligent camera device that automatically measures the number of products and the volume of products. When the number of products and the volume of products are lower than the user's preset safety stock quantity, the robot process automation program built into the "brain" module of the exclusive personalized virtual intelligent robot computer is triggered to start. The personalized virtual intelligent robot automatically logs in to the user's computer preset website and places a replenishment order in the account with the preset replenishment quantity. The order is automatically placed to generate a replenishment order data detail list and send it to the user's preset mailbox.