CN114357405A - Be used for unmanned aerial vehicle to make quick modeling system - Google Patents
Be used for unmanned aerial vehicle to make quick modeling system Download PDFInfo
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- CN114357405A CN114357405A CN202111618482.3A CN202111618482A CN114357405A CN 114357405 A CN114357405 A CN 114357405A CN 202111618482 A CN202111618482 A CN 202111618482A CN 114357405 A CN114357405 A CN 114357405A
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Abstract
The invention discloses a rapid modeling system for manufacturing an unmanned aerial vehicle, which comprises an identity verification terminal, an unmanned aerial vehicle information acquisition operation terminal and an unmanned aerial vehicle rapid modeling terminal, wherein the identity verification terminal is electrically connected with the unmanned aerial vehicle information acquisition operation terminal; according to the unmanned aerial vehicle information acquisition system, the identity authentication terminal is arranged, so that the identity information of a user can be authenticated when the user uses the unmanned aerial vehicle information acquisition system, irrelevant personnel can be prevented from logging in at will, various information of the unmanned aerial vehicle can be acquired quickly through the unmanned aerial vehicle information acquisition operation terminal, the acquired various information of the unmanned aerial vehicle can be authenticated through the unmanned aerial vehicle quick modeling terminal, hidden defect data is optimized, the acquisition time of the unmanned aerial vehicle information can be shortened, modeling errors caused by the defect data are reduced, the modeling efficiency is improved, and the practical application and operation are facilitated.
Description
Technical Field
The invention belongs to the technical field of modeling systems, and particularly relates to a rapid modeling system for manufacturing an unmanned aerial vehicle.
Background
An unmanned aircraft, abbreviated as "drone", and abbreviated in english as "UAV", is an unmanned aircraft that is operated by a radio remote control device and a self-contained program control device, or is operated autonomously, either completely or intermittently, by an onboard computer. Drones tend to be more suitable for tasks that are too "fool, dirty, or dangerous" than are manned aircraft. Unmanned aerial vehicles can be classified into military and civil applications according to the application field. For military use, unmanned aerial vehicles divide into reconnaissance aircraft and target drone. In the civil aspect, the unmanned aerial vehicle + the industry application is really just needed by the unmanned aerial vehicle; the unmanned aerial vehicle is applied to the fields of aerial photography, agriculture, plant protection, miniature self-timer, express transportation, disaster relief, wild animal observation, infectious disease monitoring, surveying and mapping, news reporting, power inspection, disaster relief, film and television shooting, romantic manufacturing and the like, the application of the unmanned aerial vehicle is greatly expanded, and developed countries actively expand the industrial application and develop the unmanned aerial vehicle technology.
Unmanned aerial vehicle need type each item data of unmanned aerial vehicle when making through the modeling system, and the user is when using, do not pass through authentication, easily lead to irrelevant personnel to log in at will, the data cluster that makes changes or loses, and the user probably appears typing wrong now when typing into unmanned aerial vehicle's data, and user itself can't discover, the model that leads to after the modeling has a problem, can't discover in time, the discovery still need investigate each data then model again, thereby lead to modeling inefficiency, be unfavorable for practical application and operation.
The invention content is as follows:
the invention aims to solve the problems in the prior art and provide a rapid modeling system for manufacturing of unmanned aerial vehicles, which solves the problems in the prior art.
In order to solve the above problems, the present invention provides a technical solution:
a rapid modeling system for unmanned aerial vehicle manufacturing comprises an identity verification terminal, an unmanned aerial vehicle information acquisition operation terminal and an unmanned aerial vehicle rapid modeling terminal, wherein the identity verification terminal is electrically connected with the unmanned aerial vehicle information acquisition operation terminal;
the identity authentication terminal is used for a user to log in the system and authenticate the identity of the user;
the unmanned aerial vehicle information acquisition operation terminal is used for a user to input data information of the unmanned aerial vehicle;
the unmanned aerial vehicle rapid modeling terminal is used for reading the information input by the unmanned aerial vehicle information acquisition operation terminal, analyzing and comparing the read information, confirming data again according to the analysis and comparison result, and modeling according to final data.
Preferably, a user information input module, a user information verification module and an information storage module are arranged in the identity verification terminal;
the user information input module is used for a user to input personal identity information comprising name, age, gender and identification number;
the user information verification module is used for verifying the personal identity information and the authority person input by the user;
the information storage module is used for storing information, login information and abnormal login information of the authority.
Preferably, an information acquisition unit is arranged in the unmanned aerial vehicle information acquisition operation terminal;
the information acquisition unit is used for a user to input various information of the unmanned aerial vehicle into the unmanned aerial vehicle information acquisition operation terminal.
Preferably, an information reading unit, an information verification unit and a modeling unit are arranged inside the rapid modeling terminal of the unmanned aerial vehicle, the information reading unit is electrically connected with the information verification unit, and the information verification unit is electrically connected with the modeling unit;
the information reading unit is used for connecting the unmanned aerial vehicle information acquisition operation terminal and acquiring data information of the unmanned aerial vehicle from the inside of the unmanned aerial vehicle information acquisition operation terminal;
the information verification unit is used for analyzing and verifying the unmanned aerial vehicle data information read by the information reading unit, obtaining final unmanned aerial vehicle modeling data and connecting and matching the modeling unit;
the modeling unit is used for carrying out data operation modeling according to the final modeling data of the unmanned aerial vehicle determined by the information verification unit.
Preferably, a basic data input module, a laser scanning data input module, a similar machine type information input module and a historical data storage module are arranged in the information acquisition unit;
the basic data entry module is used for a user to enter basic information of the unmanned aerial vehicle to be modeled into the unmanned aerial vehicle information acquisition operation terminal, and the basic information comprises the size, weight and material of each part;
the laser scanning data input module is used for inputting picture scanning data into the unmanned aerial vehicle information acquisition operation terminal by a user and is matched with the basic data input module;
the similar type information input module is used for inputting unmanned aerial vehicle data of similar types into the unmanned aerial vehicle information acquisition operation terminal by a user.
Preferably, a basic data reading module, a laser scanning data reading module and a similar machine type information reading module are arranged in the information reading unit;
the basic data reading module is used for reading basic information of the modeling unmanned aerial vehicle, which is input in the unmanned aerial vehicle information acquisition operation terminal;
the laser scanning data reading module is used for reading picture scanning data input in the unmanned aerial vehicle information acquisition operation terminal;
the similar type information reading module is used for reading unmanned aerial vehicle data of similar types input in the unmanned aerial vehicle information acquisition operation terminal.
Preferably, a basic data verification module, a laser scanning data verification module and a comparison module are arranged in the information verification unit;
the basic data verification module is used for verifying the basic information of the modeling unmanned aerial vehicle read by the information reading unit and analyzing and integrating the basic information;
the laser scanning data verification module is used for verifying the picture scanning data read by the information reading unit and analyzing and integrating the picture scanning data;
the comparison module is used for integrating the unmanned aerial vehicle information analyzed and integrated by the basic data verification module and the laser scanning data verification module and analyzing and integrating unmanned aerial vehicle data of similar types again.
Preferably, a login abnormity alarm module is further arranged in the identity authentication terminal;
the login abnormity alarm module is used for sending an alarm and sending information to a terminal of a manager when the personal identity information input by the user is not matched in the process of verifying the personal identity information.
The invention has the beneficial effects that: according to the unmanned aerial vehicle information acquisition system, the identity authentication terminal is arranged, so that the identity information of a user can be authenticated when the user uses the unmanned aerial vehicle information acquisition system, irrelevant personnel can be prevented from logging in at will, various information of the unmanned aerial vehicle can be acquired quickly through the unmanned aerial vehicle information acquisition operation terminal, the acquired various information of the unmanned aerial vehicle can be authenticated through the unmanned aerial vehicle quick modeling terminal, hidden defect data is optimized, the acquisition time of the unmanned aerial vehicle information can be shortened, modeling errors caused by the defect data are reduced, the modeling efficiency is improved, and the practical application and operation are facilitated.
Description of the drawings:
for ease of illustration, the invention is described in detail by the following detailed description and the accompanying drawings.
FIG. 1 is a block diagram of a rapid modeling system for unmanned aerial vehicle manufacturing according to the present invention.
The specific implementation mode is as follows:
as shown in fig. 1, the following technical solutions are adopted in the present embodiment:
example (b):
a rapid modeling system for unmanned aerial vehicle manufacturing comprises an identity verification terminal, an unmanned aerial vehicle information acquisition operation terminal and an unmanned aerial vehicle rapid modeling terminal, wherein the identity verification terminal is electrically connected with the unmanned aerial vehicle information acquisition operation terminal;
the identity authentication terminal is used for a user to log in the system and authenticate the identity of the user, and the identity authentication terminal is a computer terminal;
the unmanned aerial vehicle information acquisition operation terminal is used for inputting data information of the unmanned aerial vehicle by a user, so that various data of the unmanned aerial vehicle can be acquired conveniently, and modeling is more accurate;
the unmanned aerial vehicle rapid modeling terminal is used for reading the information input by the unmanned aerial vehicle information acquisition operation terminal, analyzing and comparing the read information, confirming data again according to an analysis and comparison result, modeling according to final data, and facilitating optimization of modeling data.
Furthermore, a user information input module, a user information verification module and an information storage module are arranged in the identity verification terminal;
the user information input module is used for a user to input personal identity information including name, age, gender and identification number, so that the identity information of the user can be conveniently verified;
the user information verification module is used for verifying the personal identity information input by the user and the authority, so that whether the identity of the user is matched with that of the authority is conveniently judged;
the information storage module is used for storing information, login information and abnormal login information of the authority, and is convenient for storing and recording various kinds of information.
Further, an information acquisition unit is arranged inside the unmanned aerial vehicle information acquisition operation terminal;
the information acquisition unit is used for the user to type in unmanned aerial vehicle's each item information to unmanned aerial vehicle information acquisition operation terminal's inside, is convenient for better collection unmanned aerial vehicle's each item information.
Furthermore, an information reading unit, an information verification unit and a modeling unit are arranged inside the rapid modeling terminal of the unmanned aerial vehicle, the information reading unit is electrically connected with the information verification unit, and the information verification unit is electrically connected with the modeling unit;
the information reading unit is used for connecting the unmanned aerial vehicle information acquisition operation terminal and acquiring data information of the unmanned aerial vehicle from the inside of the unmanned aerial vehicle information acquisition operation terminal, so that the data information of the unmanned aerial vehicle can be acquired conveniently;
the information verification unit is used for analyzing and verifying the unmanned aerial vehicle data information read by the information reading unit, obtaining final unmanned aerial vehicle modeling data, and is connected and matched with the modeling unit, so that the collected unmanned aerial vehicle data information can be conveniently verified;
the modeling unit is used for carrying out data operation modeling according to the final unmanned aerial vehicle modeling data determined by the information verification unit, and the unmanned aerial vehicle data after verification can be conveniently used for modeling.
Furthermore, a basic data input module, a laser scanning data input module, a similar machine type information input module and a historical data storage module are arranged in the information acquisition unit;
the basic data entry module is used for a user to enter basic information of the unmanned aerial vehicle to be modeled into the unmanned aerial vehicle information acquisition operation terminal, and the basic information comprises the size, weight and material of each part;
the laser scanning data input module is used for inputting picture scanning data into the unmanned aerial vehicle information acquisition operation terminal by a user and is matched with the basic data input module;
the similar type information input module is used for inputting unmanned aerial vehicle data of similar types into the unmanned aerial vehicle information acquisition operation terminal by a user.
Furthermore, a basic data reading module, a laser scanning data reading module and a similar machine type information reading module are arranged in the information reading unit;
the basic data reading module is used for reading basic information of the modeling unmanned aerial vehicle, which is input in the unmanned aerial vehicle information acquisition operation terminal, so that the basic information of the modeling unmanned aerial vehicle can be better read;
the laser scanning data reading module is used for reading picture scanning data input in the unmanned aerial vehicle information acquisition operation terminal, so that the input picture scanning data can be better read;
similar model information reads the module and is used for reading the unmanned aerial vehicle data of the inside similar model of typing of unmanned aerial vehicle information acquisition operation terminal, the unmanned aerial vehicle data of the better similar model of reading of being convenient for.
Furthermore, a basic data verification module, a laser scanning data verification module and a comparison module are arranged inside the information verification unit;
the basic data verification module is used for verifying the basic information of the modeling unmanned aerial vehicle read by the information reading unit and analyzing and integrating the basic information, so that the read basic information of the modeling unmanned aerial vehicle can be conveniently integrated and verified;
the laser scanning data verification module is used for verifying the picture scanning data read by the information reading unit and analyzing and integrating the picture scanning data, so that the read picture scanning data can be conveniently verified;
the comparison module is used for integrating the unmanned aerial vehicle information analyzed and integrated by the basic data verification module and the laser scanning data verification module, and analyzing and integrating the unmanned aerial vehicle data of similar types again, so that comparison and optimization of the unmanned aerial vehicle information after verification and the data information of the similar types are facilitated.
Furthermore, a login abnormity alarm module is also arranged in the identity authentication terminal;
the login abnormity alarm module is used for sending an alarm and sending information to a terminal of a manager when the personal identity information input by the user is not matched in the process of verifying the personal identity information, so that the safety of the system is improved conveniently.
Specifically, the method comprises the following steps: in practical application, a user logs in through an identity verification terminal, then the identity information of the user is verified through a user information verification module, the verification is not passed, an alarm warning is sent by a login abnormal module, and a message prompt is sent to a moving end of an administrator, after the verification is passed, the size, the weight and the material of each part of the unmanned aerial vehicle needing to be modeled can be input through a basic data input module in an unmanned aerial vehicle information acquisition operation terminal, meanwhile, picture data information of the unmanned aerial vehicle is scanned and input through a laser scanning data input module, the data of the unmanned aerial vehicle of a similar type is input through a similar type information input module, then, various input data are stored and backed up by a historical data storage module, and then, the unmanned aerial vehicle rapid modeling terminal is used for carrying out unified integration verification on various unmanned aerial vehicle information input in the unmanned aerial vehicle information acquisition operation terminal, the existing hidden defect data is improved through comparison, and then modeling is carried out after various data are operated through a modeling unit.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (8)
1. A rapid modeling system for unmanned aerial vehicle manufacturing is characterized by comprising an identity verification terminal, an unmanned aerial vehicle information acquisition operation terminal and an unmanned aerial vehicle rapid modeling terminal, wherein the identity verification terminal is electrically connected with the unmanned aerial vehicle information acquisition operation terminal;
the identity authentication terminal is used for a user to log in the system and authenticate the identity of the user;
the unmanned aerial vehicle information acquisition operation terminal is used for a user to input data information of the unmanned aerial vehicle;
the unmanned aerial vehicle rapid modeling terminal is used for reading the information input by the unmanned aerial vehicle information acquisition operation terminal, analyzing and comparing the read information, confirming data again according to the analysis and comparison result, and modeling according to final data.
2. The rapid modeling system for unmanned aerial vehicle manufacturing according to claim 1, wherein a user information input module, a user information verification module and an information storage module are arranged inside the identity verification terminal;
the user information input module is used for a user to input personal identity information comprising name, age, gender and identification number;
the user information verification module is used for verifying the personal identity information and the authority person input by the user;
the information storage module is used for storing information, login information and abnormal login information of the authority.
3. The rapid modeling system for unmanned aerial vehicle manufacturing according to claim 1, wherein an information acquisition unit is arranged inside the unmanned aerial vehicle information acquisition operation terminal;
the information acquisition unit is used for a user to input various information of the unmanned aerial vehicle into the unmanned aerial vehicle information acquisition operation terminal.
4. The rapid modeling system for unmanned aerial vehicle manufacturing according to claim 1, wherein an information reading unit, an information verification unit and a modeling unit are arranged inside the rapid modeling terminal of the unmanned aerial vehicle, the information reading unit is electrically connected with the information verification unit, and the information verification unit is electrically connected with the modeling unit;
the information reading unit is used for connecting the unmanned aerial vehicle information acquisition operation terminal and acquiring data information of the unmanned aerial vehicle from the inside of the unmanned aerial vehicle information acquisition operation terminal;
the information verification unit is used for analyzing and verifying the unmanned aerial vehicle data information read by the information reading unit, obtaining final unmanned aerial vehicle modeling data and connecting and matching the modeling unit;
the modeling unit is used for carrying out data operation modeling according to the final modeling data of the unmanned aerial vehicle determined by the information verification unit.
5. The rapid modeling system for unmanned aerial vehicle manufacturing according to claim 3, wherein a basic data entry module, a laser scanning data entry module, a similar machine type information entry module and a historical data storage module are arranged inside the information acquisition unit;
the basic data entry module is used for a user to enter basic information of the unmanned aerial vehicle to be modeled into the unmanned aerial vehicle information acquisition operation terminal, and the basic information comprises the size, weight and material of each part;
the laser scanning data input module is used for inputting picture scanning data into the unmanned aerial vehicle information acquisition operation terminal by a user and is matched with the basic data input module;
the similar type information input module is used for inputting unmanned aerial vehicle data of similar types into the unmanned aerial vehicle information acquisition operation terminal by a user.
6. The rapid modeling system for unmanned aerial vehicle manufacturing according to claim 3, wherein a basic data reading module, a laser scanning data reading module and a similar model information reading module are arranged inside the information reading unit;
the basic data reading module is used for reading basic information of the modeling unmanned aerial vehicle, which is input in the unmanned aerial vehicle information acquisition operation terminal;
the laser scanning data reading module is used for reading picture scanning data input in the unmanned aerial vehicle information acquisition operation terminal;
the similar type information reading module is used for reading unmanned aerial vehicle data of similar types input in the unmanned aerial vehicle information acquisition operation terminal.
7. The rapid modeling system for unmanned aerial vehicle manufacturing according to claim 3, wherein a basic data verification module, a laser scanning data verification module and a comparison module are arranged inside the information verification unit;
the basic data verification module is used for verifying the basic information of the modeling unmanned aerial vehicle read by the information reading unit and analyzing and integrating the basic information;
the laser scanning data verification module is used for verifying the picture scanning data read by the information reading unit and analyzing and integrating the picture scanning data;
the comparison module is used for integrating the unmanned aerial vehicle information analyzed and integrated by the basic data verification module and the laser scanning data verification module and analyzing and integrating unmanned aerial vehicle data of similar types again.
8. The rapid modeling system for unmanned aerial vehicle manufacturing according to claim 2, wherein a login abnormity alarm module is further arranged inside the identity verification terminal;
the login abnormity alarm module is used for sending an alarm and sending information to a terminal of a manager when the personal identity information input by the user is not matched in the process of verifying the personal identity information.
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