Embedded Files
Project Ideation
Project Ideation
1- How many times have I tried to adjust my camera angle and fix the tripod and more, more
1- How many times have I tried to adjust my camera angle and fix the tripod and more, more
all of this costs a lot of time this is my main problem that needs to be solved, I already made many DIY, Handcraft projects and I need to document them by using a camera slider photographic will be on another level of perfecanalism
all of this costs a lot of time this is my main problem that needs to be solved, I already made many DIY, Handcraft projects and I need to document them by using a camera slider photographic will be on another level of perfecanalism
2- Save a lot of time can cause to save money and effort so I give it a lot of care
2- Save a lot of time can cause to save money and effort so I give it a lot of care
3- My inspiration comes from a DIY project on an intractable website (DIY slider)
3- My inspiration comes from a DIY project on an intractable website (DIY slider)
camera recording will am working on some documentary
camera recording will am working on some documentary
MY CURRENT SETUP
Could you look at the camera mount?
Could you look at the camera mount?
My camera frame after many adjustment
My camera frame after many adjustment
Example for DIY camera slider
How would it work?
How would it work?
As simple as I can make a smart camera slider that has a Maine future of controlling the position of the camera mounted on the slider, contains user inputs (on-off switch, push buttons to control movement, speed, memory, delete)
As simple as I can make a smart camera slider that has a Maine future of controlling the position of the camera mounted on the slider, contains user inputs (on-off switch, push buttons to control movement, speed, memory, delete)
1-by pressing on direction push button you can move the camera forward and backward
2-by pressing on the (save+ M1) buttons keys you can save the current position on the memory
3-by pressing on ( M1 or M2 or M3 ) you command a camera to move to a saved position regarding a saved memory value
Sketch your project
Sketch your project
Digitized sketch
D- sketch
Hand sketch
Hand sketch
The 4 basic modules I used
The 4 basic modules I used
Construction Parts
Construction Parts
Iputs
Iputs
Input
Input
(Sensing, Tactile Input, and/or Graphical Input)
(Sensing, Tactile Input, and/or Graphical Input)
sensor
sensor
1-(proximity sensor)
Tactile inputs
Tactile inputs
2-Movement joystick tow sides (right/left) JS
3-Speed push buttons (S1, S2) PB
4-Memory value (M1, M2) PB
5- Memory Activation key PB
6-Delete memory value PB
7-Back key PB
8-Inter key PB
Action
Action
Our main Action is a mechanical movement along X axis
Our main Action is a mechanical movement along X axis
Brain
Brain
Arduino Uno real image
Arduino Uno real image
Arduino board dimenstions
Arduino board dimenstions
Power Management
Power Management
Power Management
Power Management
built-in battery and
built-in battery and
USB type C port support PD
USB type C port support PD
12v INPUT socket
12v INPUT socket
Cardboard prototybe
Cardboard prototybe
Minimum User Features
Action: the carriage moves along X- AXIS
Sensing: limit switch detecting the home position
User Input: joystick moves the carriage
Complete User Features
same minimum features +
component: LCD
Action: shows the right distance of the camera slider
component: Bluetooth module
Action: connect the camera slider with a smartphone to control it remotely
component: adjustable leg
Action: moves a camera slider on an angle to use it at vertical mount
Nice-to-have User Features
same minimum, Complete features +
component: servo motor
Action: swivel the camera mount on 180 degree
7- What are the project tasks and its time-frame?
7- What are the project tasks and its time-frame?
Task
Sub-Tasks
From:
To:
Design motor case CAD
mesure my steper and other component
1 Day
2 Day
fabricate motor case CAM
generate g code for d printer
and make laser rd file ready
1 Day
2 Day
design controller case and other side
design controller case
3 Day
4 Day
fabricate controller case and other side
fabricate mt controller case
2 Day
2 Day
assembly my component
test my component
1 Day
2 Day
8- What are the required electronic components and materials for the project?
8- What are the required electronic components and materials for the project?
Component/Material
Amount
Link
Stepper Motor (NEMA 17)
Stepper Motor (NEMA 17)
1
https://ram-e-shop.com/product/step-42hz417/
TMC2208 V1.2 Stepper Motor Driver for 3D Printer
TMC2208 V1.2 Stepper Motor Driver for 3D Printer
1
https://store.fut-electronics.com/collections/stepper-cnc-drivers/products/tmc2208-v1-2-stepper-motor-for-3d-printer
Idler Pulley without Teeth (5mm inner diameter-10mm width)
Idler Pulley without Teeth (5mm inner diameter-10mm width)
1
https://store.fut-electronics.com/collections/timing-belt-pulley/products/toothless-timing-pulley-gt2-5mm-inner-diameter-10mm-width
GT2 Timing Belt black
GT2 Timing Belt black
2.5meter
https://store.fut-electronics.com/collections/timing-belt-pulley/products/gt2-timing-belt-select-length
Aluminum Spacer (10mm Outer x 8mm Hight x M5 Inner)
Aluminum Spacer (10mm Outer x 8mm Hight x M5 Inner)
4
https://store.fut-electronics.com/collections/v-groove-bearing/products/copy-of-aluminum-spacer-10mm-outer-x-8mm-hight-x-m5-inner
V-Groove (V-Wheel) Bearing Kit for V-slot Aluminum Extrusion
V-Groove (V-Wheel) Bearing Kit for V-slot Aluminum Extrusion
4
https://store.fut-electronics.com/collections/v-groove-bearing/products/dual-v-wheel
USB Type C Female Interface Board
USB Type C Female Interface Board
1
https://ram-e-shop.com/product/usb-type-c-female-interface-board/
Joystick 2Axis
Joystick 2Axis
1
https://ram-e-shop.com/product/sf9032/
0.96″ OLED 4pin LCD LED Display Module I2C IIC
0.96″ OLED 4pin LCD LED Display Module I2C IIC
1
https://ram-e-shop.com/product/oled-4pin-lcd-led-display-module-0-96-i2c-iic-communicate-white-128x64/
Rotary incremental Encoder (200 PPR
Rotary incremental Encoder (200 PPR
1
https://store.fut-electronics.com/collections/stepper-cnc-drivers/products/rotary-incremental-encoder-200-p-r
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