NightBook Holder with LED and Servo

pinshape

I love camping but it's tough to camp when I adore reading, since there's no light available that I can use other than my phone (which drains its battery quickly). Therefore, I designed a book holder that employs LEDs to make reading easy in a dark environment. In addition, the portability of this night book holder allows me to read anywhere comfortably. The book holder features a servo and LED. It's controlled using an Arduino Pro Mini. The servo is used as a suspender to hold the current page, and it's activated by a button. I also included a button to turn off or on the LED, and I use a 9V battery. The placement of the two buttons makes it easy to switch the LED/Servo on/off regardless of which hand you use. The holder can be used with a book that has a length between 150 mm and 280 mm and a height of 60 mm to 200mm. The Holder is fully adjustable using the square screw and nut to lock the top and bottom holder. Printing: This Holder consists of seven separate modules. I print it at a temperature of 210°C, with an 0.18mm layer thickness, 40mm/sec printing speed, and 55°C bed Temperature. It takes about seven hours to print all seven components. I recommend that the printer have a minimum dimension of 170x170x180. Assemblies: VIDEO: How To Use it https://youtu.be/TRJ9EL74wIU VIDEO: Assemblies https://www.youtube.com/watch?v=AsuFumP6hmU The NightBook Suspender consists of seven parts. Go to my GitHub https://github.com/VitusP/Nigh...to get the firmware. - Upper holder: Holds the LED mount, electronics, battery, servo, and page suspender - Bottom Holder: Secures the bottom of the book against the top holder Parts: The SCHEMATICS for the electronic is on the picture. - One Arduino Pro Mini 3.3V or 5V - 9V battery and its connector - Five resistors - Two push buttons - One M3x30 Screw - One RGB LED or any LED that can run on 3.3V or 5V - One Micro Servo - Some 1mm-diameter wires - Solder and soldering Iron - One 4x6cm PCB - Super Glue (only for gluing LED into its holder)