You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
<b>Bike computer based on arduino and Hall Sensor</b><br><br><br>
7
7
</p>
8
8
9
9
## Overview
10
10
11
-
This repository contains the Arduino code and project documentation for a bike speedometer and computer based on Arduino and a Hall Sensor. The system accurately measures wheel movement to provide valuable bike metrics such as speed, distance covered, time, maximum speed, acceleration, and velocity-time graphs.
12
-
11
+
<palign="left">
12
+
This repository contains the Arduino code and project documentation for a bike computer based on Arduino and a Hall Sensor. The system accurately measures wheel movement to provide valuable bike metrics such as speed, distance covered, time, maximum speed, acceleration, and velocity-time graphs.
13
+
</p>
13
14
14
15
## Demonstration
15
16
16
17
<palign="center">
17
18
<imgsrc="Media/Animation.gif"width="600"/><br>
18
-
A 3D animation showcases the bicycle equipped with the hardware.
19
+
A 3D animation illustrates the bicycle equipped with the hardware.
19
20
</p>
20
21
<br>
21
22
@@ -24,19 +25,17 @@ This repository contains the Arduino code and project documentation for a bike s
24
25
25
26
<palign="center">
26
27
<imgsrc="Media/sheme.png"width="600"/><br>
27
-
Wiring diagram of the project
28
+
Wiring diagram depicting the project setup
28
29
</p>
29
-
<br>
30
30
31
-
32
-
<details>
33
-
<summary><h3>Value of the Analog Hall sensor KY-035 when the magnet passes by it</h3> </summary>
The system calculates bike metrics by analyzing the time difference between sensor triggers when the magnet passes by it. The setup involves placing a magnet on the front wheel's spokes, triggering a Hall Sensor on the fork. This data is then processed by an Arduino Uno powered by a Xiaomi PowerBank.
39
-
35
+
<br>
36
+
<palign="left">
37
+
The system calculates bike metrics by analyzing the time difference between sensor triggers when the magnet passes by it. The setup involves placing a magnet on the front wheel's spokes, triggering a Hall Sensor on the fork. This data is then processed by an Arduino Uno powered by a Xiaomi PowerBank.
38
+
</p>
40
39
41
40
## Compacting..
42
41
<palign="center">
@@ -47,5 +46,9 @@ The system calculates bike metrics by analyzing the time difference between sens
47
46
48
47
49
48
<palign="center">
50
-
Close-up view at the сompacting the bicycle with the device
49
+
Close-up view of compacting the bicycle with the device
50
+
</p>
51
51
<br>
52
+
<palign="left">
53
+
The Arduino and power bank are located on the bike frame, the magnet on the bike spoke, and the Hall sensor on the bike fork, secured with hot glue. The LCD display 16x02 (20x04 will work as well) is mounted on the handlebars, right in front of the rider's eyes."
0 commit comments