Antenna Bag
Extract from Switch Craft: Battery-Powered Crafts to Make and Sew • By Alison Lewis and Fang-Yu Lin • Published by Potter CraftAbout
Never miss a call again!
Never miss a call again because your cell phone is buried deep in your bag and you can't hear it ringing. With the Antenna Bag you have a sophisticated and stylish caryall that will light up when your cell phone rings. No matter what the occasion- be it in class, a business lunch, or a girl's night out - the Antenna Bag can always catch the signal.
Remix
- Add the electronic portion of the Antenna Bag to an existing bag instead of making it from scratch.
- Replace the circles with your own design.
- Modify the bag by attaching an outside pocket or making it smaller.
- Kin Dragon added Antenna Bag to Fabric 25 Feb 13:35
- Kin Dragon favorited Antenna Bag 25 Feb 13:35
- Alex B. favorited Antenna Bag 20 Mar 07:10
- Cat Morley added Antenna Bag to Kate Moss 24 Aug 21:31
- Faith S. favorited Antenna Bag 27 Apr 05:36
- nina.horan favorited Antenna Bag 16 Mar 03:07
- Sophia H. favorited Antenna Bag 26 Jan 20:29
- Rawrgrrism favorited Antenna Bag 04 Oct 02:15
You Will Need
-
Step 1
Cut the pattern and make a phone pocket
Cut out 2 sides Panels, 2 straps, and the Body pieces from fabric A. Cut out 2 Side Panels, the Body, and the Battery Pocket from fabric B. Mark all the symbols and fold lines with a fabric-marking tool.
-
Step 2
Make a patch pocket for your mobile phone using fabric A. Sew the phone pocket onto the Bag Body exterior where marked.
-
Step 3
With the right sides together, sew the exterior Side Panels to the Bag Body (B).
-
Step 5
Create a strap by sewing both Strap pieces with right sides together with a 1/4" (6mm) seam, leaving one end open. Turn the Strap right side out, press, and topstitch 1/8" (3mm) from the edges.
-
Step 6
Baste the Strap to the right sides of Side Panels where marked (C).
-
Step 7
Cut the three circles from the Bag Body as marked on the pattern (D).
-
Step 8
Cut three circles out of fabric B that are 1/2" (13mm) larger in diameter than the circles that you just cut out from the exterior Bag Body. Use Fray Check to seal the edges.
-
Step 9
Baste the circles to the back of the circular holes. Following the diagram, make small stitches perpendicular to the circle edge around the circles with your embroidery floss (E).
Tip: If you are using a fabric that frays excessively, you may need to clip and fold back the edges of the circles to the inside and topstitch them to the pocket.
-
Step 10
Make the bag lining and the battery pocket
Using a zigzag or buttonhole stitch on your sewing machine, create a buttonhole on the Lining Body, as marked, for the Battery Pocket.
-
Step 11
Make a patch pocket from the Lining Battery Pocket piece. Sew one side of the Velcro strip to the Batter Pocket and the other to the Lining Body as marked.
-
Step 12
Line the Velcro pieces together and topstitch the Battery Pocket onto the Lining Body as marked (F).
-
Step 13
With right sides together, sew the Lining Side Panels to the Lining Body. You do not need to press and fold the Lining Body.
Tip: If you are using a lightweight fabric, such as silk, for the Lining, you should interface the Lining and the battery pocket for stability before sewing.
-
Step 15
Cut a 3" (7.5cm) diameter circle out of the sheer fabric square and sew the three circuits of the Call indicator to the fabric by wrapping and stitching the thread around the wires and the units. Make sure that they are securely fastened (H).
-
Step 16
Leaving the battery snap out, hand-sew the fabric piece with the Call indicator to the Bag Body behind the largest circle, with the lights facing the Bag Body (i).
-
Step 18
Turn the bag right side out and push the Lining into the bag. Pull the battery snap through the buttonhole on the Lining Body, threading it into the Battery Pocket.
-
Step 19
Reinforce the strap connection by machine straight stitching around the surfaces where the Strap and the Side Panels meet. Also stitch diagonally across the surfaces. The resulting stitches should look like an X inside a box on both surfaces.