BQ ZUM KIT
Valeska Cachi 6 3A
Whats a BQ Zum Kit?
Description
BQ Zum Kit Advanced is a robotics kit. It allows a deeper knowledge of electronics, design and mechanics. It is a simple and safe kit, perfect for creating inventions and robots, building them piece by piece and giving them life by programming them.
Creation
Animation
Programming
Components
Infrared Sensor- It emits an infrared light and detects the amount that is reflected.
Zum Core Board 2.0- The brain from which all our electronic components are controlled.
Light Sensor- Is an analog sensor that gives us a measure of light intensity.
Potentiometer
Buzzer
Ultrasonic Sensor
LED
Continuously Rotating Servo
Button
+ Info
+ Info
+ Info
Exercises
00 Blinking Led
View
01 Leb Button
View
0.3 Leb Button Light Sensor
0.2 Led + Light Sensor
05 States Machine With Functions
04 States Machine
click on each picture to see the explanation
06 Traffic Lights
View
07 Robot Hand
+ Info
The end
explanation:
Inside the "If... "Read light sensor is <= 200", is the block to turn on the LED. In the second part, in the "en cambio, si.. Read light sensor > to 200," I added the opposite, so it will turn off.
Inside the "if.." block I added the "=" block from the "logic" section so that it detects when the button is pressed "read button = true". Same with "light sensor =< 200". Then, between the two, the "and" button is placed, this will cause the action to be executed only if both are performed. Within all that block, there is the action that you want to execute, which is to turn on the LED. In the second section, instruct the LED to turn off otherwise.
Explanation
- In this exercise, every time the button is pressed (button=true) the servo will move to 100 degrees and the buzzer will sound. Otherwise, the servo will move to 5 degrees.
Component capable of producing sounds at different frequencies. Emit audible warning or alert signals.
Buzzer
component that regulates the intensity of the electric current in a circuit. Detects the position of things that could move.
Potentiometer
I duplicated the other document and this time I learned how to add functions so the coding isnt really long.
I created 4 functions apart from the variable.
Next
Capable of measuring distances. It uses high-frequency waves and measures the time. Deects any material capable of bouncing sound waves
ULTRASOUND
An LED (light-emitting diode) is a component capable of emitting light
LED
First we declare a variable called "state" is equal to 0. This, in the "global variables and functions" section.
The entire second part indicates what each variable has to execute. In the first, if the status is 0, both LEDs will turn off. On the other hand, if the state is 1, both lights will turn on and off, both blinking. If the state is 2, the blink will be alternate. Finally, if the state is 3, both light up. .
In this first part, each time the button is pressed, it will wait 100ms. Below that, within the "if..", every time the variable is the third, it will have to return to state 0 to repeat. Then, when it's less than three, it will move on to the next one.
Button
CONTINUOUSLY ROTATING SERVO MOTOR
A push button is a digital sensor that activates when pressed and deactivates when you stop pressing it.
Is a motor that allows us to control the direction of rotation and the speed of the motor. It does not stop in one position, but rotates continuously.
I created 3 functions for each of the actions to be executed.
In the first the green light turns on and the red light turns off. In the second, the red light remains off while the green light begins to flash. Finally, the green light turns off and the red light turns on. As last, I put the three blocks of each function together so they repeat.
- Using the "if" block I added that if the button is being pressed the lights will turn on, otherwise they will turn off.
BQ ZUM KIT
Valeska Valentina Cachi Enco
Created on March 18, 2024
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Transcript
BQ ZUM KIT
Valeska Cachi 6 3A
Whats a BQ Zum Kit?
Description
BQ Zum Kit Advanced is a robotics kit. It allows a deeper knowledge of electronics, design and mechanics. It is a simple and safe kit, perfect for creating inventions and robots, building them piece by piece and giving them life by programming them.
Creation
Animation
Programming
Components
Infrared Sensor- It emits an infrared light and detects the amount that is reflected.
Zum Core Board 2.0- The brain from which all our electronic components are controlled.
Light Sensor- Is an analog sensor that gives us a measure of light intensity.
Potentiometer
Buzzer
Ultrasonic Sensor
LED
Continuously Rotating Servo
Button
+ Info
+ Info
+ Info
Exercises
00 Blinking Led
View
01 Leb Button
View
0.3 Leb Button Light Sensor
0.2 Led + Light Sensor
05 States Machine With Functions
04 States Machine
click on each picture to see the explanation
06 Traffic Lights
View
07 Robot Hand
+ Info
The end
explanation:
Inside the "If... "Read light sensor is <= 200", is the block to turn on the LED. In the second part, in the "en cambio, si.. Read light sensor > to 200," I added the opposite, so it will turn off.
Inside the "if.." block I added the "=" block from the "logic" section so that it detects when the button is pressed "read button = true". Same with "light sensor =< 200". Then, between the two, the "and" button is placed, this will cause the action to be executed only if both are performed. Within all that block, there is the action that you want to execute, which is to turn on the LED. In the second section, instruct the LED to turn off otherwise.
Explanation
Component capable of producing sounds at different frequencies. Emit audible warning or alert signals.
Buzzer
component that regulates the intensity of the electric current in a circuit. Detects the position of things that could move.
Potentiometer
I duplicated the other document and this time I learned how to add functions so the coding isnt really long.
I created 4 functions apart from the variable.
Next
Capable of measuring distances. It uses high-frequency waves and measures the time. Deects any material capable of bouncing sound waves
ULTRASOUND
An LED (light-emitting diode) is a component capable of emitting light
LED
First we declare a variable called "state" is equal to 0. This, in the "global variables and functions" section.
The entire second part indicates what each variable has to execute. In the first, if the status is 0, both LEDs will turn off. On the other hand, if the state is 1, both lights will turn on and off, both blinking. If the state is 2, the blink will be alternate. Finally, if the state is 3, both light up. .
In this first part, each time the button is pressed, it will wait 100ms. Below that, within the "if..", every time the variable is the third, it will have to return to state 0 to repeat. Then, when it's less than three, it will move on to the next one.
Button
CONTINUOUSLY ROTATING SERVO MOTOR
A push button is a digital sensor that activates when pressed and deactivates when you stop pressing it.
Is a motor that allows us to control the direction of rotation and the speed of the motor. It does not stop in one position, but rotates continuously.
I created 3 functions for each of the actions to be executed. In the first the green light turns on and the red light turns off. In the second, the red light remains off while the green light begins to flash. Finally, the green light turns off and the red light turns on. As last, I put the three blocks of each function together so they repeat.