项目创意

Arduino与缝纫技术的完美结合

字号+ 作者:duino123.com 来源:未知 2016-04-26 22:25 我要评论( )

Arduino与缝纫技术的完美结合







Picture of Sewable Arduino Interface




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PLCLIVE.COM注: 看到这个示例的时候,确实有点惊讶,虽然作品看起来并不起眼,甚至感觉有点简陋,但是能利用最普通最日常的工具和材料做出满足自己需要的东西,这种精神和创造力实实在在的值得我们学习和敬佩!

How to create a sewable interface for your Arduino USB board. It is probably not the best solution, especially compared to the 
Arduino LilyPad. But it is an option for textile electronic projects that use conductive thread and would like to sew directly to the inputs of an Arduino board.

Step 1: 材料与工具

Picture of Materials and Tools

材料清单:
- Solderable Perfboard with copper line pattern
- Male and female headers
- Regular thread
- Piece of fabric
- Small square of stretch fabric
- Arduino USB board
- 9V battery with a 9V battery snap wired to a power plug
- Conductive thread
工具:
- Soldering iron and solder
- Cutting knife
- File
- Ruler
- Sewing needle
(- Helping hands and/or breadboard)

Step 2: 准备材料

Picture of Preparing materials
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Cut your perfboard and headers into following pieces (see sketch for details):

Perfboard
One: 5 x 6 holes
One: 5 x 15 holes
Two: 5 x 9 holes

Male headers
Two: 6 pin rows
Two: 8 pin rows

Female headers
Two: 3 pin rows

!!! Make sure to divide the 5 x 6 hole piece of perfboard into two disconnected sections 3 x 5 holes each. See picture for details.

File all the edges of the perfboards to that they are rounded and not sharp. This is to prevent the edges from rubbing and tearing at the conductive thread that will later be stitched to the edge holes.

The perfboard pieces can also be downsized, if you only plan on connecting only from one side. I also include two rows of holes on each side of the headers for extra space, which also makes sewing-to easier, but one row of holes to one or either side would also work, and make things smaller. I also include an extra row of holes to each side of each perfboard to sew them in place with regular thread. This takes strain off the conductive thread connections&. but can also be dismissed for downsizing.

Cut your perfboard and headers into following pieces (see sketch for details):

Perfboard
One: 5 x 6 holes
One: 5 x 15 holes
Two: 5 x 9 holes

Male headers
Two: 6 pin rows
Two: 8 pin rows

Female headers
Two: 3 pin rows

!!! Make sure to divide the 5 x 6 hole piece of perfboard into two disconnected sections 3 x 5 holes each. See picture for details.

File all the edges of the perfboards to that they are rounded and not sharp. This is to prevent the edges from rubbing and tearing at the conductive thread that will later be stitched to the edge holes.

The perfboard pieces can also be downsized, if you only plan on connecting only from one side. I also include two rows of holes on each side of the headers for extra space, which also makes sewing-to easier, but one row of holes to one or either side would also work, and make things smaller. I also include an extra row of holes to each side of each perfboard to sew them in place with regular thread. This takes strain off the conductive thread connections&. but can also be dismissed for downsizing.

Step 3: 焊接

 

Picture of Soldering
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Solder the headers to the perfboards. Look at the pictures for details. A set of helping-hands or a breadboard would come in handy here for holding things in place while soldering.

Step 4: 缝接

 

Picture of Sewing into place
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Plug your header-perfboards into your Arduino and place it upside-down on top of a piece of fabric. Leave enough space for a battery pouch. Trace the placement of the perfboards to the fabric, then remove the Arduino, unplug the header-perfboards and sew them into place with regular thread. You can create a little battery pouch from stretch fabric so that you can power your Arduino with a 9V battery.

Step 5: 缝接模块

 


Picture of Sewing connections
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Now you can plug and unplug your Arduino from the sewable interface. When sewing conductive thread connections to the sewable interface, make sure to make good contact with the copper strip underneath the hole as shown in the pictures.

I plan on using this interface for a few textile objects that I'm working on. Because I would like to be able to sew directly to the inputs, as well as be able to remove the Arduino from the circuit.

Enjoy!

Now you can plug and unplug your Arduino from the sewable interface. When sewing conductive thread connections to the sewable interface, make sure to make good contact with the copper strip underneath the hole as shown in the pictures.

I plan on using this interface for a few textile objects that I'm working on. Because I would like to be able to sew directly to the inputs, as well as be able to remove the Arduino from the circuit.

Enjoy!
Now you can plug and unplug your Arduino from the sewable interface. When sewing conductive thread connections to the sewable interface, make sure to make good contact with the copper strip underneath the hole as shown in the pictures.

I plan on using this interface for a few textile objects that I'm working on. Because I would like to be able to sew directly to the inputs, as well as be able to remove the Arduino from the circuit.

我想大部分人都会享受这个创意和过程吧,我们也行动起来吧。

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