I'm assuming you're talking about winding a bobbin on a sewing machine? If so, there is a post similar to the one for thread (near it) that you put the empty bobbin on. Then you put your spool of thread where it goes on the machine. You wind your thread from the spool of thread to the bobbin (there's usually a little chart on your machine, but if not, the thread goes through a hook or two and then you wind it about 4 times around the bobbin (clockwise). In newer machines you then push the bobbin toward a holder type thing that is near it. This disengages the needle from going up and down and lets the machine wind the thread as you push the pedal.
On older machines, you have to turn the handle of the machine toward you and it disengages the needle, allowing the bobbin to be filled when you press the pedal.
Hope this helps! You could probably Google your sewing machine name and how to thread a bobbin and maybe get a diagram.
First, you'll need to wind the bobbin (which means you'll need to put thread on it). To do so:
Now, you'll remove your bobbin and thread it:
These instructions are for a fairly new sewing machine. It differs with each machine, so for the best instructions, consult your sewing machine manual.
the Juki sewing machine is an industrial type machine that is especially used for heavy duty fabrics like denim. It requires a special industrial sized needle and specific bobbins designed for the machine. After loading the bobbin with thread, insert the bobbin into the casing below the needle then turn the wheel on the side of the machine until three or four inches of thread appear behind the back of the needle.
Remove the bobbin cover plate or open the door( I don't know if its a top loading drop in bobbin or a side or front loading with a removable bobbin case and watch the hook when you turn the handwheel. If it moves about half way in the circle and then stops and goes back the other way, its an oscillating hook. If it makes a complete rotation, it's a rotary hook. You may need to remove the bobbin(if it's a drop in bobbin) or removable bobbin case if it's loads from the front or side) to see this clearly.
Front load players are generally considered to be better than top loading models
No. It should not increase the energy efficiency by being a top loading machine compared to a front loading machine. Shop around for the type appropriate to your situation and financial capabilities.
Most top-load washers range in price from $400 to $550, while front-load machines usually cost an additional $100.
The use of water depends on which of the two types of machines you have, between a top-loading and a front-loading. A top-loading washer uses around 40 gallons of water from start to finish, whereas a front-loading machine uses about half as much..
Depends on the machine brand. To determine which way to load the bobbin into the bobbin case you need to determine which way the slot is facing that the tread slides into prior to it slipping under the tension clip. Hold the bobbin case with the opening away from you with the slot facing up. If the slot on the bobbin case is facing to the left put the bobbin into the case with the thread spinning the bobbin counter clockwise. If the slot on the bobbin case faces to the right put the bobbin into the case with the thread spinning the bobbin clockwise.
The GE WSXH208H 3.1 CuFt Front Loading Washer uses 10 gallons of water for a small load and 15 gallons of water for a large load which can save up to 23 gallons of water per load as compared to a typical washing machine.
of Load, The act of putting a load on or into., A load; cargo; burden.
There really isnt much of a difference between tod loading dryers and dryers that you load in the front, but frontloaders may tend to use less electricity.
A changing load.
An instrument to be able to really tell the value is mandatory that the instrument does not load the circuit making it a false reading or inaccurate loading effect which means when we give high load that may be cause to some fake or inaccurate of output, this may be known as loading effect....
sudden load differ from impact load by the velocity of loading