An agile company with proven ability to develop advanced engineering solutions. With the customer as part of the team, Midé generates innovative ideas, taking them from concept to product. Midé excels and delivers superior results when confronted with the most challenging of opportunities.
The great thing about science is that you dont have to show infrared to prove to people that you are not cheating. If you give a detailed method of how you do it, people can do it themselves and get the same numbers you do!
I need one help...how do i calculate acceleration using velocity without using any derivative blocks...and my signal is discrete and not allowed to use discrete derivative block...could you please help
hi, thank you for informative video , that exactly what I need. But I cannot install endaq library it gives error for version. I found endaq for 1.5.2 version and I use python 3.11. İs there any way to install this library for my situation?
Hello! enDAQ 1.5.2 is compatible with Python 3.11. If you're still having trouble with this, feel free to send us an email at success@endaq.com and we can help you troubleshoot further
So cool. I would assume it would be extremely cheap to mass produce on a large scale. Seeing quarts watch scale ability. But could the “fin” be reshaped to push more air. I was thinking in air conditioning/heat pumps. Would this be sufficient. There’s a constant market for more efficient seer rates. If the cooling fans would run off milliamperes that could be a game changer. Or even the fins themselves become the mechanics for moving air. That could also make the heat exchanger “potentially” more compact.
Hi Sir, can you please help me : actually i used Matlab to determine the acceleration range (max - min) (for running accelerometers data), I found values ranging from 18 to 22, but in scientific papers this range is between 1 and 3. Can you please tell me why i obtain these different values regarding the values of scientific paper. Knowing that i used a low pass filter (sampling freq 1344hz, cutting freq 5hz and order 2). Thanks in adavnce, i really need your help
@@MideTech In scientific papers the range of accelerations (calculated as the max (pic) - min, at every impact) is comprised between 1 and 3 m/s2, but me, i found in my processing that this range is much higher and is approximately between 18 and 22 m/s2. Do you think that there's an error in my coding logic, or the type of filter is not appropriate? Knowing that i used the same filter as the paper. Thanks again sir !
I have the application for you. I am an industrial designer. And i just watched your video while searching for the right fan for my product. Please contact me.
May I know the unit of psd that you made? I have csv file that contain accelerometer only and followed all your steps but the the total freq I got around 5 hz only. whats wrong in my code?
In this part of the video, the data being analyzed is displacement over time. The utility/value of resampling such a data set is to allow someone to define the resolution of the specific data that they want. The data can up-sampled (increased number of data points), or down-sampled (decreased number of data points). The effects of resampling can vary depending on the data set. In general, resampling is performed to determine if/how data behave differently with respect to different levels of resolution.
cool zoom stick thingy, I can't believe they've made arrays of them on a microchip that send air at 120mph, that's only mk1 of the product, and it's on demo at CES. I wonder about the durability in years? I can see there being a good market for these, it could take some active reach out to potential customers. How is the company growing?
I really like the concept! Has there been much investigation into different "blade geometries" for the moving part other than just the standard rectangle shape?
it's a great topic, unfortunately for someone who has not used the software before the expert narrator should explain each step. the fast mouse clicks and the mumbling ruin an otherwise useful topic. frustrating to follow along.
Hi Gary, thank you for your feedback. We understand the frustrations and have added it to our content request. We hope to have more information soon. In the meantime, we do have helpful resources on our website (endaq.com) as well as a great support center (support.endaq.com).
where does the buzzing noise come from? Is it coming from the flapping of the blade back and forth making the swoosh sound? or is it of electrical nature?
where does the buzzing noise come from? Is it coming from the flapping of the blade back and forth making the swoosh sound? or is it of electrical nature?
