Creations of yarn ball winder from knitters around the world

This post will be a collection of images from all over the world of DIY yarn ball winders . Congratulations to all of you that made one. Enjoy it.

1.And the first image is of Donna's yarn ball winder. She made it also beautiful not only functional.Good job Donna.

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Youtube video showing the rotation of the my DIY yarn ball winder

I finally got around to make a video showing my winder in action in order to exemplify the movement of parts . Enjoy and email me if you have questions.

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Leg warmers /Boot cuffs

Because I like all sort of crafts, I'm a member of several forums concerning my hobbies because it's a chance to interact with other people and maybe learn new tricks of the trade and share with others your experience.
Where I live there is a forum called Handwork and as the title says is about all sorts of hand-working crafts from knitting, sewing, embroidery, leather work,etc.It's not exclusively for Romanians but you would have to know Romanian writing and reading since it's not in English.

Every now and then they organize contest or dares. And this month's knitting dare is to make a pair of legwarmers/ boot cuffs.
I decided to take on the dare and making the pattern available for everyone .
Most important : I didn't bought new yarn for this project, I used 2 colors of Schachenmayr Trachtenwolle colors: Sisal Flamme and Sisal Meliert a total of 82 grams both leftover from previously knitted socks.So I think this will be a great project for your leftover yarn but make sure you divide your amount in half if you want your legwarmers/boot cuff to be symmetrical
I decided to use a cable pattern because it keeps the work tight just like a ribbing edge.

THE MATERIALS
-80g up to 100g of Schachenmayr Trachtenwolle or similar.
-3mm and 4mm circular knitting needles ( or dpns if you don't like working tubing with circular needles)

GAUGE
17 stitches and 25 rows in stockinette stitch using 4 mm needles

BEGIN
Cast on 60 stitches using 3mm needles- for a boot cuff circumference of 36cm (14") ( or any other multiple of 10 stitches according to your measurements or gauge)
Joining in the round ,begin to knit 10 rows of 1x1 ribbing
On the 11th row,switch to 4mm needles and knit to form the cable sections: p2,k8,repeat all around
Start working the cables pattern alternating one or the other or maybe just one if you have a preference.
Repeat the cable rows 1 to 16 one more time.
Continue working 10 more rows in 1x1 ribbing and bind off loosely ( this will be the upper part of the cuff)
If you have more yarn and you prefer longer legwarmers repeat the cable pattern till you reach the desired length

CABLE PANNELS
CHART A

CHART B

LEGEND

For beginner cable knitters here are the written charts:

CHART A
R1:P2,C2R,C2L
R2,R3,R4 :P2,K8
R5:P2,C2L,C2R
R6,R7,R8:P2,K8
R9:P2,C2L,C2F
R10,R11,R12:P2,K8
R13:P2,C2R,C2L
R14,R15,R16:P2,K8

CHART B
R1:P2,C2R,C2L
R2:P2,K8
R3:P2,C2L,C2R
R4:P2,K8
R5-R16 : repeat R1 to R4

If you decide to knit these I'd love to see your work and have it featured in my FEATURED section.

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Yarn ball wider revisited - specifications-part 1

I have received requests to post specifications and some steps in making the Yarn Ball Winder ( see the first post about it here)

Now for those who will want to build a similar one here below is a picture with the dimensions of the one I have build .Measurements are in centimeters but I figured you can use the calculator to transform to imperial .

Since the photo is rather small, I took others to exemplify the other measurements. For example the photo below is a view from the side of the yarn ball winder so you can see better how everything is attached.

Let's start with the number of threads, washers and nuts that I have used.
First of all I must mention that since I had no idea of the width of the materials I had to pass though , I couldn't buy a threaded screw ( since they come in different lengths)so I opted to buy a threaded rod of 8 mm in diameter that I cut to size according to my needs.

For the big wheel I used 4 washers,3 type M8 locking nuts and the threaded rod is cut to 7 cm length ( M8 refers to the fact that they are used for an 8mm thread)

For the small "wheel" ( it's actually 2 wheels glued together) I used 5 washers ,4 type M8 locking nuts and the threaded rod is cut to 13 cm length.

For the spindle wheel I used 3 washers , 2 type M8 locking nuts and a threaded screw like in the picture below ( still 8 mm diameter).

I also used an L bracket 2 cm wide and 10 cm sides, 2 small wooden wheels of 4.5 cm in diameter and 1.5 cm thickness, 1 rubber door stop 2.5cm height that is a truncated cone shape as you can see from the photo below, the base is larger( 3.1 cm diameter) than the top part that is in contact with the spindle wheel ( 2.9 cm diameter)and 1 meter of rubber coated laundry rope ( if you can find a round rubber gasket of the size you need it will be better not to have the knot visible)

The pine board that I used to cut the large wheel and the spindle wheels are 1.8 cm thick and the base board on which everything is mounted is 2 cm thick.

Before you start anything you got to understand how this winder works. First the larger it is the big wheel, the ratio is increased meaning you have to turn it less and the spindle turn faster ( less movement from your part). The winder works like this : the large wheel and smaller wheels glued up they move together , being connected by the belt ( laundry rope) , while the door stop on top of the glued up small wheels has a a fixed position( he is jammed on the threaded rod between 2 lock nuts and washers ( please see pictures) so he will never move.

The L bracket is screwed on the the small wheels making it a part of the moving mechanism. The spindle wheel is free to rotate on the bracket ( the lock nuts are not very tight in order to allow it to rotate). As you can see from the image, the spindle wheel is in contact with the door nob that has a stationary position.

Because you spin the big wheel, which causes the smaller wheels with the bracket to spin faster , the spindle wheel being in contact with a fixed element, is forced to rotate around his own center ( the point to which is attached to the bracket).
On the next post I will describe some steps in creating your own and some suggestions for substituting elements.

If you think you didn't understand the working mechanism behind the winder, please let me know and I shall try to make a video to demonstrate what I have written above.

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DIY Yarn ball winder from scraps

Here it is people.

I finally managed some time to post this craft that I made from scrap.
I was always envious of the yarn balls other people presented on the internet. So ready to knit without bouncing the ball.
As for the yarn swifter, I took my research and documented several models on the market.
Of course nobody list anything for free ( plans I mean).

So I had to do some reverse engineering based on photos and youtube videos.
I decided in the end to take the easiest way out ( the one model that involved less work).
I must state first that I live in a country where the art of DIY has been somewhat forgotten so all I had to work with are materials that I could find at a local DIY store ( I realize that it's impossible to have everything but it was the best store that carried almost all that I needed - I'm not making a commercial but if some other Europeans read this post , it's about Hornbach ).
This is what I came up with( notice that I choose the Strauch belt drive yarn winder for inspiration)

Now to state the components of my yarn winder:

1.The base is a leftover beech board from the staircase.
2.The big wheel is made of pine that I cut with a jig-saw and then carved a middle groove with a hand saw.
3.The smaller wheel is actually 2 beech wheels that I bought at the store and glued together.
4.The metal bracket was originally an L bracket with some holes in it that I had to hammer down and drill new holes to fit my needs.
5.The belt drive is in fact laundry rope with a synthetic fiber on the inside.
6.The grey rubber shaft nob that allows for the yarn spindle to rotate is a door stop.
7.The counter weight that is attached on the end of the metal bracket is a left over ball bearing from a cabinet wheel ( the wheel broke and I had the ball bearing left)
8.The yarn spindle and yarn guide is made from a broken broomstick

I added some nuts and bolts, washers of course and this is the end result.
It's not perfect or fantastic but it does the job just fine.Here you can see the results of winding a ball. A nice crosswind center pull ball ready to be knitted.

PS : After a while , Pepper doesn't seem to care about my new toy.

See the specifications and more pictures in my next posts here

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A knitter without a yarn ball winder or a yarn swift

Although I've been knitting for some time now , I had never had a yarn swift , not to mention a yarn winder. So last week-end I decided to take matters into my own hands . After a thorough documentation on other posts , tutorials and pictures , I decided to start the yarn swift (it was less work than for the yarn winder) Thankfully I still had some wood in the garage left overs form previous projects so I managed to make myself a basic yarn swift , nothing fancy , but very practical and useful. Here it is.

I hope I get around to paint it one day. Since now I have a basic functional yarn swift, this week-end I think I will tackle the Yarn Ball Winder. I'll post what came out of it soon.

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