Hello, everyone. Welcome to this video
tutorial. Matthew Mann here, video producer for University Communications, with just
a few tips on how to record yourself on video so that you look and sound your
best, whether you’re recording on a mobile device, laptop or desktop computer,
or any type of camera. So the first thing that you want to consider is the space
that you’re recording in. Make sure that you choose a space that’s quiet, that’s
free from distraction, and look at the background to make sure that there’s
nothing cluttered or busy happening directly behind you that might distract
your audience from the message that you’re trying to deliver. The next thing
that you want to consider is the lighting in the space. So the space I’m
recording in right now, there’s a nice wall of windows. It’s giving me a nice,
even natural light and it’s going to give a good look without a lot of setup
involved. You may not have a space like this where you’re recording. You may not
have a lot of windows, but even one good sized window or a couple windows on
either side of you is just going to give you that nice, even lighting. Another thing to
mention about the use of natural light is you want to make sure that you are
facing the windows and not with the windows behind you, because then you are
going to be very underexposed and backlit, and it’s not going to look very good. If you
don’t have natural light, you can certainly use artificial lighting. Try to
use sources that are at about eye level. So a desk lamp is fine, a table lamp. Try
to avoid using overhead lighting like the recessed lighting that we often have
in offices or in homes. As you can see, it’s not a very flattering type of
lighting. It creates a lot of heavy shadows, especially around the eyes, so
it’s best to look for an alternative. You want to try to choose a space that
probably is a little on the smaller side and the reason why I say that is because
for the acoustics, if you use a larger room, you’re going to have a lot more sound
bouncing around at a further distance and then coming back, creating reverb and
echo. When you think about when you walk into a large hall or a church, it’s very
echoey. It’s because of that sound bouncing around in that large space so
try to choose a smaller room. This room actually is a little larger than I might
recommend, but the thing that’s working in here for me for audio quality is
there are a lot of soft surfaces. So the upholstered furniture, the carpeting on
the floor, draperies or fabric blinds can help absorb some of that sound, give
you nice clean audio and that’s going to allow your audience to focus on your
message. And that brings me to my final tip, which has to do with camera
placement. So you want to sit about two to three feet from your device and just
a good rule of thumb is if you can reach out and just about touch your device,
that’s about the right distance and that’s going to give you a good audio
quality because you’re sitting closer to the built-in microphone on your device,
in this case a mobile phone, and it’s also going to give you about the right
framing. So in terms of framing, you don’t want to have too much headroom above
your head. So you notice the way I have the shot set up. And the other really
important thing is making sure to set up your device at eye level. So often we’ll
set up a laptop on a desk or on a table, it’s shooting up at us from a low angle.
It’s not going to be a very flattering angle and you’re just going to end up with
a lot of ceiling behind you as opposed to a nice-looking backdrop. So in this
case, all I’ve done is I’ve is just set up a stack of books and I’ve propped up my
phone, and you can do the same thing with a laptop or any mobile device. And that’s
going to give a nice flattering angle and it’s going to be more comfortable for you
to shoot and look directly into the camera. And that’s another really
important point is making sure that you’re looking into the camera
throughout your recording. It’s often tempting to look off camera at our
screen and you can see when I do that it appears that I’m looking off camera to
the audience that’s watching. So the camera in this case is right on the left
side of the screen because I have my phone set on its side. In the case of a
tablet, it’s going to be very similar. In the case of a desktop or laptop computer
it’s usually in the center of the screen above the screen. The last thing that
I’ll mention is you’ll notice that I’m recording this video in the horizontal
format and I know that many of us are used to holding our phone in a vertical
orientation and it’s often fine to record a video that way if you’re
uploading it to certain social platforms or mobile platforms, but it’s not going to
work for everything and you can always crop a horizontal video to vertical if
you absolutely need to later. But I would suggest to record your videos in a
horizontal format and that way you can make that decision after the fact.
The most important thing is to just be comfortable with your message,
to do your best to connect with your audience, and hopefully these
tips have been helpful in doing that.
Patrick: Hey Lissa, did you know that I’m
a bit of a gaming expert? Lissa: You don’t say. What games are you good at Patrick, inquiring minds want to know. Patrick: All of them! It doesn’t matter, I’m the best! My skills are fire! Even my computer agrees. Lissa: Uhhh, I don’t think that means what
you think it means. Lissa: Hi! I’m Lissa and this is Patrick. We’re HP employees who love gaming and we’re here to make your OMEN gaming experience a success! Lissa: Today we will be addressing how to
keep your computer cool while your skills may be hot! Lissa: Some common symptoms of your computer overheating include, Blue Screen of Death, Fan Ready for take off (constantly running), and Laptop is hot to the touch Lissa: The main causes can be apps continually running, playing on a non-ideal play surface or an unclean environment. Patrick: What’s great about most of our
OMEN notebooks and all new ones going forward is the integration of OMEN Command Center Lissa: In OMEN Command Center we are going to focus on the System Vitals section, which can give us an early warning as to whether our computer may be on the verge of overheating. Something we can all benefit from. Lissa: This graphic, outlines what some safe operating temperatures for your CPU and GPU are. If you find yourself hanging out in the orange or red zone, or if you want to use best practices when gaming then you can follow these steps to ensure
your notebook can handle all of your “hot skills.” Lissa: Let’s start with apps It’s a good idea to check your task manager whenever your computer is running slow, hot, or if you just want to see what all is running. The easiest way to get there is to Right-Click your taskbar and select “Task Manager”, from there navigate to the “Processes” tab. Here we can see everything that our computer is running right now, some of these are important system applications that are running in the background, we will leave these alone. What we are most interested in is whatever is the highest in each category. Try selecting the headers at the top to see
what is using the most CPU workload, or what seems to be killing your memory, we’re looking at you 25-Chrome tabs. As you can see most of these items are a soft yellow color, if your system thinks anything is too much it will go from yellow to orange to red. Things that are in orange and red are causing your system to work overtime on whatever task or app is controlling it, which could cause overheating. We want to close the unimportant tasks that are orange and red. This is a good practice anytime, but it’s
especially good to double check that your system isn’t working too hard on things that aren’t gaming related. Patrick: Our notebooks today are growing more and more powerful in a smaller form factor. In order to run effectively, our laptops need to have plenty of room to breathe, so that means no gaming in a pillow fort,
unfortunately. To demonstrate this, we booted up our notebooks and watched some hilarious cat videos on both a hard surface, such as a table, and a blanket for over 5 minutes. You can see how quickly the notebook heats up when it’s on the blanket as opposed to the table. Patrick: Similar to playing on a hard play
surface, it is also important to maintain a clean environment because when your fans on the notebook operate, they are pulling in the cold air from the outside to cool the inside. But if you are watching this video it might be because your notebook keyboard has been your cat’s home for a while now and the inside of your notebook may be a little dirty. To safely clean your notebook, make sure the device is fully turned off and unplugged. Next place your notebook on a soft flat surface. With the underside facing up we will carefully remove all of the screws and bottom cover to clean inside of the notebook Be very careful. Lissa: Umm… I think I know why your computer is overheating! Patrick: Gently clean off any dust with canned air and a microfiber cloth. Your notebook should have an easier time running now that it can breathe clean air. Lissa: Thanks for watching! We hope we’ve enhanced your OMEN gaming experience and if you have any other questions, hit up
HP support at hp.com. Both: See you in game!
My name is Tanvi, and I am from Texas. Today we are gonna learn how to light up LED
light on a Raspberry Pi by using a Python Program For this experiment you will need a Raspberry
Pi, I got model 3 B+. an LED light, a Breadboard, Two male to female cables. and a resistor Let’s begin with wiring everything up. Make sure you have disconnected the power cable from your Raspberry Pi. Now I’ll take the LED light and you will notice,
it has one leg shorter than the other. The long one is the positive, and the short
one is the negative, or also known as ground. You can place this LED anywhere on the board, just make sure that the positive is towards up. I am gonna place the positive in 5E, this
is the trick for the 5, see the 5? you can just go down, can you see where it is, and
then I am putting mine in 7E, 5E and 7E The ground one is in 7E. Next, take the resistor and place it on 5D
and D0, another end on the top row in the same column. Next, take a ground, male to female jumpercable, put the male end on the breadboard at 7D, wait this one here. Next, take your
power male to female jumper cable, put the male end on the breadboard at A0. Now, as we are all wired up to the breadboard,
next we’ll hook this up to our Raspberry Pi! Here’s the reference layout sheet which I
have printed and I’ll share the link below, this sheet tells me, where I can place my
ground and positive cables. What you have to do is, place the positive
orange cable on any of these pins which start with GPIO, here is the GPIO boxes, an easier
way to remember is the GREEN background. I am gonna choose GPIO4 which is pin number
7 in our reference layout. Here’s an easier way to remember what to do. You can choose this way, one, two, three , four
five six seven. So I am gonna put this here. Same goes for the blue ground cable, you can
place them any pin which says Ground, here are the Ground boxes, an easier way to remember
is the black background. I am going to choose number SIX in our reference
layout. Since SIX is here, SEVEN, you can choose the
corner one to which is number SIX. Now double check everything and you can plug
in your Pi!! Okay, so now that all the wiring is complete,
let’s do a walkthrough of our Python code here. I have already powered my Raspberry Pi and
in order to save time, I have already opened the Python 3 shell. You can open up that by clicking here on the
Raspberry Pi logo on the top left, and then click here and then here’s the Python 3 Idle
Shell. You will then click on New, Python Script. I have already have mine open here. I have named the file LED.py, you can provide
the name you like. Now, the first 3 lines you see here are the
comments to help us understand, what this program does. Next, we’ll do the imports of the libraries
we want to use. First, we are importing the Time library,
as we want to use to use the sleep function, which you will see later in the code. Second, we are importing the RPi.GPIO library,
here RPi stands for Raspberry Pi library, this will allow us to use functions which
enable the communication with the GPIO pins. Next, we are using the setmode function and
setting the value to GPIO.BCM, then we are using the GPIO setup function and set the
value as 4, which is the PIN number we placed our Orange Positive cable. It’s right here. We set the value here to GPIO.out, here, which
means, we want to use LED light as an output component. Now, here, we are using the Output function
and passing the pin number again and setting the value to True, this will turn the LED
light ON. We can now specify the number of seconds we
want the LED light to stay ON. In this case, we have specified value as 5,
which means the light will stay up ON for FIVE seconds. Last but not the least, we wanna make sure,
that when the program ends, we wanna turn LED light off, so we are using the output
function and call False. Alright, all ready to go now, now hit Ctrl
+S to save the program and then to run this program, click on Run and then click on Run
module. Tadaaaaaa !! as you can see in the enclosed
video the LED light was ON for 5 seconds and then it turned it OFF. That’s it, we successfully managed to communicate
with our LED light, with the Raspberry PI using our Python Program, similarly, it can
be used with lots of other components and sensors and perform wonderful actions. Hope you enjoyed the video and learnt something
new. I would love to hear back your thoughts and
suggestions, feel free to leave a comment, hit like and subscribe. Until next time, this is 10-v signing out,
C yaaaa!!
Et maintenant, le meilleur…. €50,- pour les deux (voir la description pour plus d’info) installation Avant (avec mod du DRL par contre) Les clignotants dans les rétroviseurs sont à peine visibles Inclinez les rétroviseurs vers le bas au maximum Soulevez les 4 clips à l’aide d’un petit tournevis Tirez le miroir vers vous Les 4 clips Retirer les 3 vis du moteur du rétroviseur La partie la plus difficile…. Retirer le cache-miroir Poussez les clips vers l’arrière. Attention à ne pas casser le cache-miroir ! Poussez les clips du bas du miroir vers le bas. Maintenant vous pouvez ( prudemment) atteindre les derniers clips Poussez doucement le cache-miroir vers la voiture pour l’enlever. Enlevez les deux visses du clignotant. Retirez le clignotant Débranchez Placez le nouveau clignotant Les nouveaux clignotants sont livrés avec les mauvais connecteurs 🙁 Rebranchez et soudez Isolez les câbles avec du tape isolant ou des gaines thermorétractables Remontez le tout dans l’ordre inverse Résultat final
Hey everybody Today, I’m going to show you how to improve the quality of your videos By making a video lighting system that you can control with a phone via Bluetooth Let’s go ! Today we’re gonna see how to make this portable and powerful LED video light Which is also high quality In addition, it is a two-tone light, warm white and cold white And the good part is that you can connect it via Bluetooth with a phone and a special app At the back, there is a fan which pulls out air, to cool the LEDs So they don’t go over 60°C (140°F) Obviously, on the bottom there is a 1/4″ screw So you can put it on a tripod or a magic arm And we power the whole thing through this little 12V connector But we can power it from 6 to 20V This video was sponsored by the company YUJI Led Which make high quality LED emitters and lights systems And who gave me 4 for this project When I say high quality LED, I mean high quality color The quality of a light can be measured with the CRI (IRC in French) Color Rendering Index It ranges from 0 to 100, where 100 is the more natural and pure light Sunlight To give this an idea, the super bright Bluetooth light I made in a previous video had 70 CRI So the white wasn’t truely white, it was a bit going towards green & blue The LEDs I have here have 95+ CRI This is crazy ! By the way, from 90 CRI, we talk about high CRI The colors the LEDs will be producing in this project will be very natural Which is perfect, as we need the more natural light possible for video lighting And the LEDs we’ll be using for this project Here it is ! It is so tiny ! Its side is about 1cm long (0.4″) But it needs 9W to work, so we’ll have a total power of around 36W YUJI Led sent me 4 LEDs for this project But 2 different types I have 2 LEDs which color temperature is 2700K, so warm white And 2 LEDs of 6500K, so cool white If this doesn’t make sense to you, warm is a bit orange-yellow And the cool is the more blueish colors These LEDs can be purchased by bags of 10, and it is 80$ It can seem expensive, but it is totally justified by the amazing color of these emitters It is the reason LED video lighting systems you can purchase in video stores are so expensive
water molding powder stir well pretty good 💪 😁 Wait 5 minutes water plaster casting powder After 3 hours De-Mold the Statue Butterfly specimens bought in amazon 2mm thick plexiglass epoxy resin 2KG Resin hardener resin: hardener (3: 1) After 24 hours It boils After 24 hours Sanded edges From 120 grit sandpaper to 10,000 grit Polishing tutorial, you can watch this video American black walnut Wood Trimmer Disc Sander wood wax oil led strip lights phone power adapter Thanks for watching
Articles, Blog
How To Make POV Display At Home | LED ഡിസ്പ്ലേ ഉണ്ടാകാൻ പഠിക്കാം | M4 Tech |
April 2, 2020
HI FRIENDS, WELCOME TO M4 TECH. SO THE THING YOU SAW IN VIDEO’S BEGINNING IS A POV DISPLAY AND THATS NOW IN MY HAND. WE CAN SHOW IT WORKING ONLY IN THE NIGHT. EVEN IF YOU MAY THINK IT IS DIFFICULT TO MAKE THIS, IT IS VERY SIMPLE INDEED. THAT IS, YOU CAN DISPLAY YOUR NAME OR SOMETHING WHEN THIS THING TURNS AROUND. TODAY’S VIDEO IS ABOUT HOW TO MAKE THIS. BEFORE GOING TO THE VIDEO, LETS MEET AN APPLICATION NAMELY NOSTRA PRO. WE HAVE SAID ABOUT IT IN THE PREVIOUS VIDEOS ALSO. IT IS A GAMING APP WHICH YOU CAN’T PLAY LIKE OTHER ORDINARY GAMES. THERE WILL BE NICE GAMES HERE FOR US WHEN FOOTBALL OR CRICKET MATCHES LIKE IPL ARE GOING ON. WE CAN MAKE LAKHS OF RUPEES PLAYING THEM. YOU WILL GET A RS. 100 AFTER INSTALLING THE APP. HENCE YOU CAN START PLAYING WITH THAT 100. SO THE LINK TO INSTALL NOSTRA PRO APPLICATION IS IN THE DESCRIPTION BOX BELOW THE VIDEO. DON’T WE NEED TO LOOK HOW TO MAKE OUR POV DISPLAY? THEN LETS MOVE TO OUR WORKSHOP. OKAY FRIENDS, LETS BEGIN OUR WORK. FIRST WE NEED A DOTTED PCB. WE ARE CUTTING OUT A SMALL PIECE FROM IT. WE NEED TO TAKE A PIECE TO SET 8 LEDs TO THE BOARD. HERE WE TOOK BLUE COLOR LED BULBS. LETS SOLDER IT TO THE PCB BOARD. SO THE REASON WE TOOK BLUE IS THAT IT LOOKS MORE ATTRACTIVE TO US. YOU CAN TAKE RED, GREEN OR ANY COLOR LED BULBS. WE NEED TO FIX LED TO THE BOARD LEAVING THIS MUCH GAP IN BETWEEN. SO WE INSERTED EVERY LED. NOW LETS SOLDER IT. LETS SOLDER ITS LEGS ONE BY ONE. IT WILL BE EASIER TO CONNECT THESE THINGS IN A DOTTED PCB AND ITS THE REASON WE ARE DOING SO. SO WE HAVE SOLDERED EVERY LEG. WE HAVE FINISHED SOLDERING THE LED TO THE PCB. NOW LETS BEND THE LEGS. SO WE ARE BENDING EVERY POSITIVE LEGS TO A SIDE. THAT IS THE LEG WHICH WE NEED TO CONNECT TO CELL’S +VE TERMINAL ARE BENT TO A SIDE. WE HAVE BENT EVERY +VE LEGS TO A SIDE. NOW WE NEED TO SHORTEN ITS LEGS’ LENGTH. WE DON’T NEED THIS MUCH LENGTH. SO REMOVE THE EXCESS PORTION OF LEGS LEAVING ABOUT 5 MM FROM THE BOARD AS SHOWN. OKAY, SO WE HAVE CUT THE EXCESS PORTION OF BENT LEGS. WE DON’T NEED MUCH LENGTH TO THE STRAIGHT LEGS ALSO. SO CUT THE EXCESS PORTION LEAVING THE GAP AS SHOWN. NOW LETS BEND THOSE STRAIGHT LEGS TO FRONT LIKE THIS. SO BENT EVERY -VE LEGS IN A WAY IT TOUCHES UPON THE OTHER. SO WE HAVE BENT EVERY -VE LEGS OF LED IN A WAY THAT IT TOUCHES THE OTHER. IT IS DONE TO MAKE ALL THE CONNECTIONS INTO ONE SO THAT WE CAN MAKE ALL THE -VE LEGS’ CONNECTION INTO A WIRE. NOW WE NEED A 150 OHM RESISTOR CUT OUT A PORTION OF THE LEG IN AN APPROX. MEASUREMENT LIKE THIS. IT IS TO REDUCE THE LENGTH. WE HAD SOLDERED EVERY -VE LEGS. LETS CONNECT THE RESISTOR TO IT. NOW WE NEED A 15 CM NORMAL SCALE. WE ARE GOING TO APPLY SOME GLUE TO IT IN A SIDE AND STICK THE PCB WE MADE NOW. MIND THE WAY WE SET IT. THE +VE LEGS FACING OUTSIDE AND THE RESISTOR FACING INSIDE. OKAY, THIS IS AN ARDUINO NANO BOARD. IT COSTS ABOUT 300/- LETS PROGRAM THE BOARD. FOR THAT INSTALL AN APP NAMELY ARDUINODROID FROM PLAYSTORE. SO TYPE IN ARDUINODROID IN THE SEARCH BAR. THE ONE IN TOP IS THE ARDUINODROID APP. OPEN IT, I HAD ALREADY INSTALLED IT. WE NEED TO COPY AND PASTE PROGRAM HERE. WE HAVE GIVEN THE PROGRAM TO BE COPIED IN THE DESCRIPTION BOX. SO COPY THAT PROGRAM AND PASTE IT HERE. WE HAVE PROGRAMMED TO DISPLAY YOUTUBE. YOU CAN CHANGE IT TO WHATEVER YOU NEED LIKE YOUR NAME. NOW TO COMPILE THAT, CLICK IN THE FLASH ICON. AND THEN THE THE OPTION TO COMPILE WILL APPEAR. IT IS TO CHECK WHETHER THERE IS ANY MISTAKE IN THE PROGRAM. SO IT IS SHOWING THAT THE COMPILING IS FINISH. NOW WE NEED TO BURN THIS IN TO THE ARDUINO BOARD . FOR THAT, YOU NEED THE WIRE OF YOUR PHONE’S CHARGER AND THE OTG CABLE TO PLUG IT INTO THE BOARD. SO CONNECT THE OTG TO USB OF THE CHARGER. SO WE HAVE CONNECTED THE OTG. NOW LETS CONNECT THE MICRO USB TO ARDUINO BOARD. THEN CONNECT THE OTG TO THE PHONE’S CHARGING PORT.
(IF YOU ARE HAVING A NO MICRO USB PORT PHONE, REFER THE COMMENT BOX.) NOW LETS LOOK HOW TO BURN THE PROGRAM INTO ARDUINO BOARD. SO IT IS SHOWING ‘USB DEVICE ATTACHED’ MESSAGE. NOW TO BURN THE PROGRAM, CLICK THE ‘DOWNLOAD ARROW’ ICON HERE. SO IT IS SHOWING ‘SKETCH UPLOADED’ MESSAGE. HENCE THE ARDUINO BOARD IS PROGRAMMED. NOW LETS LOOK HOW TO SET THE ARDUINO BOARD. SO APPLY THE GLUE NEAR THE 5 CM MARK IN THE SCALE AND STICK THE ARDUINO BOARD AS SHOWN. OKAY, WE HAVE STUCK THE ARDUINO BOARD. NOW WE NEED JUMPER WIRE WITH FEMALE PORT IN AN END. WE TOOK A SET WITH 8 PIECES LIKE A RIBBON. LETS LOOK HOW TO SET IT. IN THE ARDUINO BOARD, WE CAN SEE D2, D3, D4, D5, D6, D7, D8, D9. WE ARE GOING TO CONNECT THE JUMPER WIRES TO THIS PIN SO WE ARE GOING CONNECT. CONNECTED D2. CONNECTED D3. LETS CONNECT IT ONE BY ONE UPTO D9. THE PINS WILL BE LABELLED IN THE ARDUINO BOARD. SO YOU CAN REFER IT. CONNECTED D8 AND FINALLY, D9. NOW WE NEED TO SOLDER THIS WIRES TO THE LED BULBS. LETS LOOK FORWARD TO IT. WE ARE GOING TO CONNECT THIS TO THE +VE LEGS. FIRST, LETS SEPARATE THIS WIRES ONE BY ONE. IT WAS STUCK EACH OTHER CONNECT THE WIRE FROM THE PIN D9 TO THE LAST LED. LIKEWISE, D8 TO THE NEXT LED AND SO ON. I WILL SHOW YOU THE INFORMATION OF CONNECTION IN THE VIDEO NOW. SEE. D2 TO LED 1, D3 TO LED 2, D4 TO LED 3 ANS SO. YOU CAN REFER THE LIST AS THERE’S NO TIME TO WASTE. NOW WE NEED TO CONNECT OTHER LEG OF RESISTOR TO GROUND. FOR THAT, TAKE ANOTHER JUMPER WIRE AND CONNECT IT TO THE PIN ‘GND’ NEAR TO ‘D2’ IN THE BOARD. THEN CONNECT IT TO THE RESISTOR’S LEG. WE ARE SOLDERING IT HERE. SO WE HAVE SOLDERED IT. NOW WE NEED A 5 VOLT CURRENT SUPPLY FOR THE ARDUINO BOARD TO WORK. FOR THAT WE NEED AN IC NAMELY IC 7805. THIS IC IS USED TO CONVERT THE 9 VOLT FROM BATTERY TO 5 VOLT. SO WE CONNECTED THE +VE OF BATTERY TO THE FIRST PIN AND -VE TO THE SECOND PIN. THEN SOLDERED THE -VE OUT (GROUND) TO THE SAME (SECOND) PIN AND +VE OUT TO THE LAST PIN. WE HAVE USED JUMPER WIRE, HENCE WE CAN CONNECT IT TO ARDUINO BOARD. WE HAVE SET THE BATTERY TO THE CAP. NOW WE HAVE TO STICK THE IC 7805 ON THE BATTERY THIS IC IS TO CONVERT THE 9 VOLT FROM THE BATTERY TO 5 VOLT OUT. THAT IS TO REDUCE IT INTO 5 VOLT. IF WE GIVE A 5 VOLT CURRENT SUPPLY, THERES NO NEED OF IC. NOW LETS STICK THE BATTERY TO THE SCALE. SO WE STUCK THE BATTERY ON THE END USING GLUE GUN. WE NEED TO CONNECT THE WIRES TO ‘+5V’ AND ‘GND’ PINS. WE HAVE RED AND BLACK WIRES. RED IS +VE, CONNECT IT TO ‘+5V’. BLACK IS GROUND, SO TO ‘GND’. OUR ARDUINO BOARD IS ON NOW. THE BOARD IS TURNING ON WHEN THE BATTERY IS CONNECTED ITSELF, SO WE NEED A SWITCH FOR THAT. SO WE ARE GOING TO CONNECT THE SWITCH. LETS STICK THE SWITCH HERE. FOR THAT WE NEED TO CONNECT WIRES TO THE SWITCH. SO WE CUT THE RED WIRE. NOW WE WILL STICK THE SWITCH AND THEN SOLDER IT. SO WE APPLIED SOME GLUE AND STUCK IT THERE. WE TOOK A SMALL SWITCH AS THERE IS NO NEED FOR BIG ONES. LETS CONNECT THE WIRES CORRECTLY. CONNECT A WIRE TO A PIN AND THE SECOND WIRE TO THE OTHER PIN AS SHOWN. NOW THE LED WILL ONLY BLINK AFTER THE SWITCH IS TURNED ON. OKAY, THE PROGRAM IS ALREADY BURNT IN IT. NOW WE NEED A MINI MOTOR. THIS IS 12 VOLT MINI MOTOR AND ITS BLADE.. YOU CAN ALSO USE A GEAR INSTEAD OF THE BLADE. LETS REMOVE THE LEAF OF IT. AFTER CUTTING THE BLADES, REMOVE IT FROM THE SHAFT AND STICK IT TO THE BACKSIDE OF SCALE. WE SHOULD STICK IT CARING THE WEIGHT BALANCE. THAT IS, WE SHOULD STICK THIS THING AFTER FINDING POSITION ON SCALE WHERE THE WEIGHT IN BOTH OF ITS SIDE IS EQUAL. SO WE APPLIED SOME GLUE THERE AND STUCK THE OBJECT WHICH IS TO BE CONNECTED TO THE SHAFT. IT WOULD STICK THERE FASTER AS WE ARE USING A GLUE GUN. NOW LETS CONNECT 2 WIRES TO MINI MOTOR. WE ARE GIVING A SEPARATE 12 VOLT CURRENT SUPPLY FOR THE MINI MOTOR. WE NEED A STAND FOR THIS. FOR THAT, TAKE AN ELBOW OF 3/4 INCH. WE ARE GOING TO INSERT THE MOTOR INTO IT. THE MOTOR ISN’T FIXING TIGHT INSIDE, SO WE ARE USING GLUE GUN TO FIX IT. NOW IT WILL BE TIGHT ENOUGH. OUR MINI MOTOR IS SET THERE. NOW TO MAKE IT MORE STABLE, LETS APPLY SOME GLUE OUTSIDE ALSO. SO WE HAVE APPLIED GLUE. WE TOOK A PVC PIPE OF 3/4 INCH, APPROX. 20 CM. THERE IS NO EXACT MEASUREMENT FOR IT, YOU CAN TAKE 20-25 CM IN LENGTH. WE HAVE JOINTED IT TO THE OTHER END OF ELBOW. NOW TO CONNECT IT TO THE STAND, TAKE A 1 INCH TO 3/4 INCH REDUCER. WE ARE GOING TO CONNECT IT TO THE OTHER END. BEFORE THAT PULL THE WIRE THROUGH IT. AFTER PULLING THE WIRE, CONNECT IT THERE. WE ARE NOT USING ANY GLUE. NOW WE ARE MAKING THE BASE OF THE STAND USING A 4 INCH STOPPER. I AM USING THE STOPPER AS I HAVE ONE. OTHERWISE YOU COULD USE THINGS LIKE BOX OR SOMETHING. NOW TO TAKE THE WIRE IN, MAKE A HOLE IN THE CENTER. WE ARE GOING TO TAKE THE WIRE IN THROUGH THIS HOLE. THIS HOLE IS TO TAKE THE WIRE OUT. LETS TAKE THE WIRE THROUGH THE HOLES. THING TO TAKE CARE: WE NEED TO GIVE A SEPARATE CURRENT SUPPLY FOR THIS MOTOR TO WORK. THERE IS NO CONNECTION WITH THIS TO THE CIRCUIT WE HAVE DONE EARLIER. THIS IS THE LAST WORK OF STAND. THAT IS TO STICK THIS TO THE BASE. FOR THAT, WE APPLIED SOME GLUE IN THE BASE OF THE PIPE USING GLUE GUN. NOW LETS STICK IT TO THIS. OKAY, IF WE STICK IT IN THE PERFECT CENTER , THE WEIGHT BALANCE WOULD BE MAINTAINED. THERE WILL BE NO SHAKE. THE WORK OF THE STAND IS ALSO OVER. NOW LETS SET THIS TO THE STAND. WE CAN SEE THE LED BLINKING WHEN THE SWITCH IS TURNED ON. WE CAN SEE THAT BEING LETTERS WHEN IT TURNS AROUND. SO LETS CONNECT IT TO THE SHAFT OF MOTOR. OKAY, WE HAVE CONNECTED IT TO SHAFT. THE WORK OF OUR POV DISPLAY IS OVER. LETS WAIT TILL THE NIGHT AS WE CAN ENJOY ITS COMPLETE BEAUTY ONLY IN THE NIGHT. [MUSIC] OUR POV DISPLAY IS WORKING WELL. FIRST WE PROGRAMMED TO SHOW YOUTUBE. SO IT IS SHOWING YOUTUBE. LIKEWISE, YOU CAN DISPLAY ANY THING FROM A-Z. NOW WE WILL SHOW ONE MORE WORD. NOW IT IS SHOWING LIKE. YOU CAN DISPLAY ANYTHING LIKE NUMBERS OR LETTERS OR OUR NAME. FRIENDS, HOPE THAT EVERYONE ENJOYED TODAY’S VIDEO. YOU CAN COMMENT DOWN IF YOU HAVE ANY DOUBTS REGARDING THE POV DISPLAY. LIKE THE VIDEO IF YOU LIKED DISLIKE IF YOU DIDN’T LIKE. COMMENT YOUR OPINIONS AND SUGGESTIONS. THE LINK TO INSTALL NOSTRA PRO APP IS GIVEN IN THE DESCRIPTION BOX. SUBSCRIBE M4 TECH YOUTUBE CHANNEL IF YOU DIDN’T YET. THEN YOU WILL GET MORE VIDEOS LIKE THIS. HOPING THAT WE COULD MEET AGAIN WITH MORE VIDEOS LIKE THIS, WITH CAMERA MACHAAN PRAVEEN. ITS ME GEO JOSEPH SIGNING OUT
The BetterWeigh™ Mobile Towing Scale is a great tool to measure the weight of your payload in the back of your vehicle. Before you load your vehicle, we recommend selecting the weight read out of the scale that best suits your towing scenario that gives the clearest weight read out. To change the weight read out click the gear in the upper right hand corner and select “Payload”. Here you can choose the readout that best suits your scenario. To calculate payload BetterWeigh™ needs to get a measurement of the pitch of your vehicle before it is loaded. Select the payload feature from the home screen and park your vehicle in a spot where you intend to load it and then get out of the vehicle and press ready. Make sure that nothing is touching or disturbing the vehicle in any way while the BetterWeigh™ takes its initial measurement. Anything that affects the pitch of your vehicle after this reading will be measured as a change in payload weight. Once this initial measurement is complete, you can load your truck bed and get your payload measurement in real time. Now you’re ready to haul safely. Know what you tow with the BetterWeigh™ Mobile Towing Scale.