阅读说明：本技术 一种能够对文件信息快速高度移植的飞行器测试装置 (Can be to quick high aircraft testing arrangement who transplants of file information ) 是由 石岩 朱伶俐 李征 王磊 张小虎 于 2019-09-29 设计创作，主要内容包括：本发明公开了一种能够对文件信息快速高度移植的飞行器测试装置,包括测试主体以及移动测试端,测试主体和移动测试端分别通过网络相连；测试主体包括测试台,测试台上设有感光检测装置、激光检测装置和倾角检测装置；测试主体和移动测试端还分别设有数据存储管理系统和数据存储子系统。本发明具有文件读写和比对功能,还具有数据压缩和数据快传功能,解决传统无人机测试过程中会产生大量数据,而这些数据无法快速移植或传输到测试平台的问题。(The invention discloses an aircraft testing device capable of quickly and highly transplanting file information, which comprises a testing main body and a mobile testing end, wherein the testing main body and the mobile testing end are respectively connected through a network; the test main body comprises a test board, and a photosensitive detection device, a laser detection device and an inclination angle detection device are arranged on the test board; the test main body and the mobile test end are also respectively provided with a data storage management system and a data storage subsystem. The unmanned aerial vehicle test system has file reading and writing and comparison functions, and also has data compression and data fast transmission functions, and solves the problem that a large amount of data can be generated in the traditional unmanned aerial vehicle test process, and the data can not be transplanted or transmitted to a test platform quickly.)

1. An aircraft testing device capable of quickly and highly transplanting file information is characterized by comprising a testing main body and a mobile testing end, wherein the testing main body and the mobile testing end are respectively connected through a network; the test main body comprises a test board, and a photosensitive detection device, a laser detection device and an inclination angle detection device are arranged on the test board; the test main body and the mobile test end are respectively provided with a data storage management system and a data storage subsystem;

the data storage management system comprises an internal storage module and an external storage module, and also comprises a file reading and writing module, a file comparison module, a file creation module and a file correction module;

the file read-write module is used for reading the acquired file information, denoising and classifying the acquired information, and is also used for reading, modifying, deleting or moving the file information;

the file comparison module is used for comparing the file information in the first time period with the file information in the second time period and refreshing the file information according to the comparison result;

the file creating module is used for creating file contents or deleting the file contents;

the file correction module is used for correcting data according to the file information of the previous time period;

the data storage subsystem comprises a first memory and a second memory, the first memory and the second memory are respectively connected with the built-in processor, and the data storage subsystem comprises a data fast deleting module, a data compression module and a data fast transmission module;

the data fast deleting module is used for fast formatting data contents in the memory;

the data compression module is used for compressing or encrypting and compressing data;

and the data fast transmission module is used for fast transmitting the compressed data information to the test main body.

2. The aircraft testing device capable of rapidly and highly transplanting the file information as claimed in claim 1, wherein the mobile testing terminal comprises a flat rectangular housing and a plug connector arranged at the front end of the housing.

3. The aircraft testing device capable of rapidly and highly transplanting the file information as claimed in claim 1, wherein the plug connector is a USB plug connector.

4. The aircraft testing device capable of rapidly and highly transplanting the file information as claimed in claim 2 or 3, wherein a PCB circuit board is arranged in the mobile testing end, a miniature button battery is arranged on the PCB circuit board, the front end of the PCB circuit board is connected with the USB plug-in connector in a welding manner, and a signal indicating lamp is arranged at the tail end of the PCB circuit board.

5. The aircraft testing device capable of realizing rapid high-level transplantation of file information according to claim 1, wherein the testing body comprises a signal conversion plate, a signal transceiving module, an isolation conditioning plate and a plurality of sensors; the signal conversion board is respectively connected with the signal receiving and transmitting module, the isolation conditioning board and the plurality of sensors.

6. The aircraft testing device capable of rapidly and highly transplanting the file information as claimed in claim 5, wherein the signal conversion board is further provided with a BCU module.

Technical Field

The invention relates to the technical field of aircraft testing, in particular to an aircraft testing device capable of quickly and highly transplanting file information.

Background

Aircraft testing refers to the full testing of aircraft according to specified technical requirements and specific specified stacks. The main items of the test comprise a system test, a flight test and a comprehensive test. Only the tested aircraft can ensure the purposes of flight safety and risk control.

With the rapid development and maturity of the existing civil unmanned aerial vehicle technology, the perfection of the automatic driving, hovering and obstacle avoidance technology, the promotion of the unmanned aerial vehicle video processing technology, and the development scale and the field of the unmanned aerial vehicle reach unprecedented situations.

The existing unmanned aerial vehicle has huge test data, and the test data is generally transmitted through a data line during transmission, but a long time is delayed in the traditional data transmission mode, so that a technology for rapidly transplanting files is urgently needed.

Disclosure of Invention

The invention aims to overcome the defects of the prior art, provides an aircraft testing device capable of quickly and highly transplanting file information, has file reading and writing and comparison functions, also has data compression and data quick transmission functions, and solves the problem that a large amount of data is generated in the traditional unmanned aerial vehicle testing process, and the data cannot be quickly transplanted or transmitted to a testing platform.

The purpose of the invention is realized by the following technical scheme:

an aircraft testing device capable of quickly and highly transplanting file information comprises a testing main body and a mobile testing end, wherein the testing main body and the mobile testing end are respectively connected through a network; the test main body comprises a test board, and a photosensitive detection device, a laser detection device and an inclination angle detection device are arranged on the test board; the test main body and the mobile test end are respectively provided with a data storage management system and a data storage subsystem;

the data storage management system comprises an internal storage module and an external storage module, and also comprises a file reading and writing module, a file comparison module, a file creation module and a file correction module;

the file read-write module is used for reading the acquired file information, denoising and classifying the acquired information, and is also used for reading, modifying, deleting or moving the file information;

the file comparison module is used for comparing the file information in the first time period with the file information in the second time period and refreshing the file information according to the comparison result;

the file creating module is used for creating file contents or deleting the file contents;

the file correction module is used for correcting data according to the file information of the previous time period;

the data storage subsystem comprises a first memory and a second memory, the first memory and the second memory are respectively connected with the built-in processor, and the data storage subsystem comprises a data fast deleting module, a data compression module and a data fast transmission module;

the data fast deleting module is used for fast formatting data contents in the memory;

the data compression module is used for compressing or encrypting and compressing data;

and the data fast transmission module is used for fast transmitting the compressed data information to the test main body.

Furthermore, the mobile testing end comprises a flat rectangular shell and a plug connector arranged at the front end of the shell.

Furthermore, the plug connector is a USB plug connector.

Furthermore, a PCB circuit board is arranged in the mobile test end, a miniature button battery is arranged on the PCB circuit board, the front end of the PCB circuit board is connected with the USB plug connector in a welding mode, and a signal indicator lamp is arranged at the tail end of the PCB circuit board.

Furthermore, the test main body comprises a signal conversion plate, a signal transceiving module, an isolation conditioning plate and a plurality of sensors; the signal conversion board is respectively connected with the signal receiving and transmitting module, the isolation conditioning board and the plurality of sensors.

Furthermore, a BCU module is also arranged on the signal conversion board.

The invention has the beneficial effects that:

(1) the unmanned aerial vehicle test system comprises functions of file reading and writing, file comparison, file creation, file correction and the like, and also has functions of data compression and data fast transmission, so that the problem that a large amount of data can be generated in the traditional unmanned aerial vehicle test process, and the data can not be fast transplanted or transmitted to a test platform is solved;

(2) the system comprises a data storage subsystem, has the functions of data quick deletion, data quick transmission and data compression, and can transmit mass data to a test main body after processing.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a block diagram of the module connections of the data storage management system of the present invention;

in the figure, 10-a test main body, 11-a photosensitive detection device, 12-a laser detection device, 13-an inclination angle detection device, 14-a mobile test end, 20-a file reading and writing module, 21-a file comparison module, 22-a file creation module and 23-a file correction module.

Detailed Description

The technical solutions of the present invention are further described in detail below with reference to the accompanying drawings, but the scope of the present invention is not limited to the following.