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Hello and welcome Donald Vlogsifys Wood Shop.

I'm Donald Matthews and we're gonna go ahead and jump into it and get this bench put together.

Ohhhh yeah.

True confession.

I actually dry fitted this thing together before I started recording this just made sure...

That I didn't screw up and have some... no....

odd ball

mishaps or....

the thing wasn't sitting...

Yeah

true confession.

Now I apologize if this video angle aint so great.

Kind of limited on where I can put the camera and actually see enough to get it lined up.

In the future at some point in time.

I'm gonna work on that and put something in the ceiling that I can kind of move the camera where I want to.

But that's at a future time.

Now we're gonna put this thing together or try to.

When I did dry fit this thing before.

I ran into an issue of trying to stand these legs up, and they would want to fall over. That's what this is for.

See what I mean?

And that's what that's for.

Get these lined up here a little bit.

I tell you one thing, getting old sucks. uhggg... Just sayin'.

Now...

It's pretty guaranteed that at first this stuff is not gonna be even. (square)

See? There's some unevenness there.

There we go... So one side was a little bit off-kilter anyway.

That's not gonna hurt my feelings none there.

You know what?

I see what part of my problem is.

See how that wedge is?... how that one is...

How that one is?

Look what I did over here.

Don't think you can see it all that great, but I put it in backwards. Now, let's try this again

That's more like it. That one side's a little bit too big, but I knew that was happenin'.

Now...

I'm clamping these so that when I...

Start putting the bolts and the screws to hold these...

aprons and everything to the legs, that everything stays where it's supposed to stay at. Hopefully.

Paul Sellars kind of...

anchored this, or put it together a little bit differently than I am. I'm just going to use wood screws...

up here.

Down toward the bottom to hold this together.

Maybe one higher up down here.

And I'm not exactly sure until I start doing it,

but I was just going to run all the way down here with wood screws.

The problem here is...

I thought about it. wood...

naturally moves, so it might bow and twist a little bit....

If I put those screws in there this glue seam is just gonna rip apart. Tear apart.

So I am going to actually do what he did and put a carriage bolt through here.

That way I can leave it with just a hair enough of play that the wood can go this way or that way...

anyway, you know, how it needs to.

But it will still give me the

resistance I need sideways.

That's the plan. That's kind of an experiment. We'll see what happens.

Change in plans.

I happened to remember.

I gotta make room for the wood vise to fit on one side over here, so I'm gonna skip...

putting those screws in.

Try to decide exactly where I'm gonna put device at.

Because I'm gonna have to be cutting in there anyway, and if I need to later. I'll come back and put these in there.

You know what?

My lag-bolt idea took a dramatic turn to...yeah... that ain't gonna happen.

wooops!

My original plan was to do what I'm getting ready to do and just go ahead and screw this thing to legs.

But I thought about the lag bolt and what I said earlier.

Well...

I didn't take...

that into account.

So..........

The lad-bolt lad-bolt? That lag bolt ain't happening back to the screws.

Gonna get screwed.

I'm afraid. I'm a little bit tired of the brace and bit. So I'm gonna start cheatin'.

I'm gonna be cheating on the countersink. Now I know this ain't your standard countersink bit.

But it'll work.

That's it for this video, all I'm gonna put in here.

The thing for the most part is built .we're in the home stretch now.

I'm gonna put.... All I got left to the vise. But first... I'm gonna kind of level off the top here um

I'm believe Paul Sellers, which by the way

check out Paul cellars workbench build. I'll put the link it

up here in there "I".

I believe he waited till after he put his bench vise on.

Or his woodworking vise on.

To plane it down.

But mine, I believe mine's a little bit more unlevel than his was. So I'm gonna at least level it out.

Get it smooth before I put that

woodworking vise on here.

Because I don't want to be planning it and

be bumping up against the vise. Especially with my blade if I happen to go too low.

I'm gonna spare you be sitting here planning that because...

Honestly, you've seen people and me; a lot of me, planning stuff. It's...

pretty straightforward.

Not all that complicated just a lot of time and a lot of work.

If you'd like to see that part of it a little bit better explanation of how planning works...

Because frankly I'm still learning how to plane.

I'll put that link up here too. In the little "I" of that particular video in his workbench build.

Where he does plane down the top.

So check out Paul sellers.

I'll put those links up there to that. I'll put a link to his channel down in the description down there.

At the end of this video, during the last 20 seconds. you'll see a little round button with a picture of mr. Sellers

in it. Click on it. Go check his channel out and subscribe to him.

And along with him...

There'll be another little round button with a picture of me.

Your ole favorite

neighborhood redneck in it. If you're not already subscribed, I ask you to please click on that button and subscribe.

There's also a little red button down here under the video if you don't laptop and another way down there if you're on mobile.

Just subscribe to me. I'd be very grateful.

I'll put a video... a video click link.. little thingy here... with a

The start of my... my project... workbench project build.... I cannot talk!

My project, the wood bench. The wood bench? The workbench. It is wood.

But it's a workbench. The workbench build from...

the beginning. The playlist for it. I'll put that in a big ole square, rectangle thing down here.

Not a square, but a rectangle, but it's squarish. yeah anyway...

If you want to watch me do this from the beginning

Check me out on Facebook Twitter Instagram the links are down below in the description.

Please give me a thumbs up and share my videos.

Check out some of my other videos. I got got quite a few up here. Different little projects and stuff, some updates, and me being stupid.

Say say hi in the comments down below if you've got any questions, ask me, if I can if I can possibly answer my we'll

Above everything else, have a lovely day. Have a lovely night. Have a lovely whatever your lovelyin'.

Have a lovely life because life is short, and it's meant to be enjoyed. Peace!!

For more infomation >> Building a New Work Bench For the Wood Shop Part 11 - Duration: 19:55.

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Pyörän rakennus / Building a bike: Surly Straggler - Duration: 11:39.

Ok, this is the moment of truth.

Time to let this bike go and

remove all parts I can reuse.

I guess that I can reuse

almost everything except the frame.

But...

because this is a bike building project this will most likely fail somehow.

I'm sweating my ass off.

Pedals already removed.

Seems that...

bike shop hasn't added any greasing.

You should always do everything by yourself.

"back hurts"

Oh fu**k!

Ok, that's now done.

And without casualties! Although it was very close.

Please do not use this video as a example how to do bike maintenance.

Actually it's the other way around. Never do anything I do in this video.

The next step is to get the new frame from the store.

And then build the new bike. And see how I'm going to lose the rest of my hair.

Ok, this is how the build starts.

Now I'm supposed to use rubber hammer to attach cranks.

I don't have rubber hammer tho...

But I have this rubber hammer simulator.

The biggest worry is over.

I was worried about chainstay spacing.

In other words can I rotate crankarms.

Is there enough space.

Here to be precise.

Yes.

As I said I'm not going to get this done and something is missing.

I've faced the first showstopper.

Headset bearing cups needs to be installed.

You can use hammer.

But it's risky since you can break the cup or frame.

Or you can use a tool designed for this.

I don't have a tool so it's time for a break.

I need to get the tool from somewhere to continue the project.

When a man is desperate enough you are ready to do anything.

I rented a car and headed to K-Rauta.

I called to local bike shops.

No one was able to install the cup today.

Based on quick googling I also find out that tools are quite expensive.

Bearing tools.

And on the other hand they we out of stock.

But the tool is easy to do by yourself.

So I headed to K-Rauta to buy some stuff.

And then I can continue the installation.

Park Tool 170 €.

DIY 10 €.

It worked.

The risk is that cups are not aligned properly.

And then they are difficult to get off.

Next up

I will install

well

star nut inside the fork

and then install the fork.

There must be a right way to do this.

Now we see that this requires som sawing.

I need to shorten this.

Fortunately the start nut is already installed.

Here at Leppävaara no one cares if someone uses a saw in bicycle storage.

Ok, now I need to remove the star nut.

Would be easier if I had a proper tools.

This cable needs to be shortened

but I don't have

a suitable bleeding kit.

I can't do it right now.

So I will so it some other time.

One pro tip.

Keep your tools in one clean line.

When you have twenty tools in your hands

and you leave them lying around soon you won't find any of them.

The bike is complete. No casualties.

That's how it looks like.

Tomorrow is the time for a test ride.

More about that on my next video.

Thanks for watching!

For more infomation >> Pyörän rakennus / Building a bike: Surly Straggler - Duration: 11:39.

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HOW YOU CAN BUILD A DIY ARDUINO ALARM CLOCK IN UNDER 10 MINUTES - Duration: 4:18.

Hey guys and welcome to another video.

Last time, I thought about some cool projects, which would use an Arduino, and then I had

the idea to create an Arduino based alarm clock.

What I just built and how this is working, you will get to know in today's video.

And this is the final alarm clock.

At the left side there's a classical power supply which is configured to 5V on both sides.

Then we have an infrared receiver there.

The receiver is connected to the plus strip and to ground and is connected to pin 3.

Furthermore I placed an active buzzer here which is connected to pin 13 and to ground.

With this buzzer I can only create one type of sound, because it has an inbuilt oscillating

source which generates a sound when electrified.

Alternatively, I can also use a passive buzzer.

But then I would need to connect it to a pin that supports pulse-width modulation to support

the buzzer with square waves.

So I am going to use an active buzzer.

Moreover we have a DS3231-Real-Time-Clock-Module here, which is being used to access the current

time.

The module is also connected to the plus and minus strip.

SCL is connected to SCL and SDA to SDA on the Arduino.

In this case, I don't need to connect anything to SQW or 32K.

At next I placed a thermistor on the breadboard, which is connected to 5V, too, and is connected

to Analog 0 through a 10k resistor to the Arduino.

And finally we have an LCD here.

Of course K is connected to – and A is connected to +.

The pins D4 to D7 are connected to the pins 9 to 12.

E is connected to pin 8, RW to the minus strip and RS to pin 7.

V0 is wired to a 10k potentiometer which is also connected to 5V and ground.

With this potentiometer we'll adjust the brightness later on.

Finally we have the VDD pin that is connected to 5V and the VSS which is wired to ground.

And that's the whole circuit.

So let's take a look at the code.

Of course we're going to import all necessary libraries first.

Then we're going to define the pin, the thermistor is connected to, create all important

objects for the real time clock module and a new LiquidCrystal object and define the

pins of the IR receiver.

Moreover we're going to create an instance of IRrecv and decode_results.

Finally, some variables will be defined here, which will be important later.

At next we have a void method here, which executes several commands when an IR signal

is being received.

When the power button on the remote is pressed, the value of the Boolean variable alarm_state

will be switched.

So that's just how we can activate or deactivate the alarm clock.

If a number is being pressed, it will be saved by the variable alarm and the add method is

being executed.

This add method adds the string of the digit that is stored by the variable alarm to the

string destination_time, which will be empty when created.

In the void setup method the buzzer with be defined as an output, the rows and columns

of the LCD will be defined and the clock is being started.

Furthermore we're going to set the sketch compiling time and start the IR receiver.

In the void loop the analog value of the thermistor will be read and be converted into degrees

Celsius and degrees Fahrenheit.

Moreover the Arduino retrieves the current date and time from the real time clock module.

At next, the time, the date and the current temperature will be shown on the display.

I cannot show the degrees character directly on the LCD, so I need to use it's char ID.

Now, it is being checked whether an IR signal has been sent.

If this is true, the Arduino will call the foregoing method.

Then, it will retrieve the hours and minutes again and put them together to one string.

If the entered alarm is equal to the current time and if the alarm clock has been activated,

the buzzer will ring for one minute.

If the alarm clock is activated, an exclamation mark will be shown on the display, too.

The entered alarm will also bee show on the display, if the String is only 4 characters

long – what makes sense of course.

If the string is to long, it will be reset to an empty one.

So you can type a new alarm.

And that's the whole code.

Of course you can find the code on my GitHub profile, too.

And that's just how the alarm clock is looking when powered on.

On the display I can I can find the date, the time and the current temperature.

With the remote I can enter an alarm and activate it by pressing the power button.

If the time of the alarm is being reached, the buzzer will beep for one minute.

For changing the alarm, I am simply going to press another digit to reset the string.

I hope you enjoyed this video, if yes you can subscribe to my channel.

Of course you can leave suggestions and wishes in the comments below.

Have fun building this at your own and see you in the next video.

For more infomation >> HOW YOU CAN BUILD A DIY ARDUINO ALARM CLOCK IN UNDER 10 MINUTES - Duration: 4:18.

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HOW YOU CAN BUILD A DIY ARDUINO ALARM CLOCK IN UNDER 10 MINUTES - Duration: 4:30.