Projectdescription

Making meaningful use of old, unused hardware or upcycling it
Software development in conjunction with hardware
Engaging in electronics and soldering once again
Creating something useful, amusing, and unconventional with technology
Creating a reference guide for myself and others who have similar projects in mind

Preview display via a TFT, similar to a typical digital camera
Text messages can be displayed in the preview.
Captures images in 1920x1080 resolution.
Prints images instantly after capture via a point-of-sale receipt printer.
Printed images are assigned a QR code.
Images are uploaded to a web server and can be downloaded via the QR code.
Runs on the go via a Li-Ion cell with a step-up converter and has approximately 2 hours of mobile runtime.
Li-Ion cell can be recharged via a micro-USB.
Capture activation is indicated next to the camera with a red LED and by an buzzer sound.
Can be controlled via a small IR remote control -> Capture activation, disable printing, exit camera program.
There is a soft power-off button which shuts down the Raspberry Pi.
There is a power-off switch to disconnect the battery from everything.
an atmel84a measures the li-ion cell voltage and it turns red LED on if the voltage goes under 3,5V
if the li-ion cell ist connected to the step-up converter a green LED is burning

The following sequence was followed during development:

wiringcomplete