WinCan Drone English
Introduction
This documentation describes how a TV operator can record and manage data with the drone system ELIOS 2/3 and the software Inspector 5.0 from the company FLYABILITY and finally import the whole data package from the Flyability cloud to WinCan Web (see illustration below):
Each drone flight consists on a high resolution video clip (format MOV) and a HTML file containing the points of interest (POI’s) the drone pilot has to set during the flight.
Requirements
All elements which are necessary for recording, managing and importing data from the ELIOS 2/3 drone systems are listed below:
Element | Requirement | Remarks |
|---|---|---|
Flyability Hardware: | Pipe diameter = > 600 mm | Check www.flyability.com for more details |
Flyability Software: | Premium version, that records the video clip and creates the trajectory point cloud of the drone flight | Download from www.flyability .com |
WinCan WebFlex |
| Contact WinCan, Switzerland sales.wincan@idexcorp.com |
Create project with the Inspector software
Download and install the latest premium version of the software Inspector 5.0 (Inspector-Software). The premium version is required to process and generate the flight path (trajectory) as well as the point cloud recorded during the flight. The software is free of charge for the first 30 days.
To be able to transfer later on the drone data from the Flyability to the WinCan cloud, the following 4 POI's have to be added:
Tag/POI (point of interest) | Description |
|---|---|
start_manhole | Level of the manhole cover |
stop_manhole | Level of the manhole bottom / pipe drop |
start_inspection | Pipe start |
stop_inspection | Pipe end |
start_manhole, stop_manhole, start_inspection and stop_inspection must be added to the POI's as tags (therefore do not use the fields "Name" or "Comment").
Mind that these tags have been written in lower case.
Step 1: start_manhole:
Step 2: start_inspection
Step 3: stop_inspection
This is how the project looks like with the correct POI's including tags/markers in the Inspector software:
In addition to the POI's, the following information is also imported into WinCan VX:
The name entered for start_inspection will later be imported into WinCan VX as upstream manhole. If nothing is entered, WinCan VX will name the upper manhole like the flight number with the suffix "_1".
The name entered for stop_inspection will later be imported into WinCan VX as downstream manhole. If nothing is entered, WinCan VX will name the lower manhole like the flight number with the suffix "_2".
The flight name is imported as the section name
The "Comment" field is imported into WinCan VX as an observation remark
The Inspector software finally calculates the trajectory of the flights and returns it as a point cloud:
Upload drone data to Flyability cloud
Register at the Flyability cloud service and save your login data (i.e. user name and password)
Connect to the Internet and upload your project data from the software Inspector
Launch the web browser Google CHROME and type the address https://cloud.flyability.com; next login with your Flyability user account.
Check whether your drone project have been uploaded completely
Transfer drone data from Flyability to WinCan cloud
Register at the WinCan cloud service and save your login data (i.e. user name and password)
Launch any web browser (Chrome, FireFox, Edge) and type the address web.wincan.com; next sign in with your WinCan Web user account.
Click on the button New Project and create a new project in WinCan Web, based on the damage standard used in your country:
Hit the command Project > Flyability import:
Enter the user credentials for your Flyability account and click on Log In:
Select the corresponding drone flights from the Asset list panel (1) and hit the command Import (2):
After the import, the section records are displayed in WinCan Web and the the first observation of each section contains the reference (1) to the uploaded video:
Section inspection in WinCan Web
WinCan Web is providing 2 possibilities of surveys for each section:
Hit the button Add observation, play back the video clip and manually select the corresponding damage code.
Activate the check box left to the section number and run an AI scan (AI=Artificial Intelligence), based on the attached video clip. The completed inspection will automatically be attached to the selected section.
Make sure that you purchased sufficient credits (e.g. 5000 m) in order to use the AI functionality.
Mind that an AI scan of a single or a couple of sections could take some time as the machine is asked to properly detect all structural elements and defects from the video clip.
Troubleshooting
The Flyability import is mainly blocked by missing start and stop tags. Proceed as follow to fix this issue:
Re-open the flight data in the Flyability inspector software
Check whether the POI's start and stop are available for each flight.
Re-upload the flight data to the Flyability cloud