习总书记对垃圾分类工作作出重要指示强调培养垃圾分类的好习惯,为改善生活环境作努力,为绿色发展可持续发展作贡献。实行垃圾分类,关系广大人民群众生活环境,关系节约使用资源,也是社会文明水平的一个重要体现。推行垃圾分类,关键是要加强科学管理、形成长效机制、推动习惯养成。要加强引导、因地制宜、持续推进,把工作做细做实,持之以恒抓下去。要开展广泛的教育引导工作,让广大人民群众认识到实行垃圾分类的重要性和必要性,通过有效的督促引导,让更多人行动起来,培养垃圾分类的好习惯,全社会人人动手,一起来为改善生活环境作努力,一起来为绿色发展、可持续发展作贡献。
我们小创客们用人工智能破解垃圾分类的难题,他们创作出了一款智能分类垃圾桶,他们运用“创造栗”语音识别、图像识别等人工智能相关技术,让垃圾桶实现了智能分类,让“扔垃圾”这件事不但规范化而且智能化。
材料清单
- 人工智能主控板 X1
- 摄像头 X1
- 点阵屏 X1
- LED灯 X1
- 按钮 X1
- 喇叭 X1
- 塑料垃圾桶 X1
- 雪弗板 X1
- 舵机 X4
- 合页 X4
步骤1 把一个塑料垃圾桶按照垃圾四分法进行隔断。
步骤2 用雪弗板进行盖板设计
步骤3 安装舵机,合页,测试盖子翻和合。
步骤4 和主控连接好舵机,摄像头,开始编制程序。
分类密码之一:智能语音分类垃圾。
分类密码之二:图像识别分类垃圾。
代码
#include <Wire.h>
#include <Adafruit_GFX.h>
#include "Adafruit_LEDBackpack.h"
#include <Servo.h>
#include <Wire.h>
#include <Dino.h>
Adafruit_BicolorMatrix matrix = Adafruit_BicolorMatrix();
int result;
// 描述该功能...
void xiaolian() {
matrix.setRotation(0);
matrix.drawPixel(0, 0, LED_OFF);
matrix.drawPixel(0, 1, LED_OFF);
matrix.drawPixel(0, 2, LED_RED);
matrix.drawPixel(0, 3, LED_RED);
matrix.drawPixel(0, 4, LED_OFF);
matrix.drawPixel(0, 5, LED_OFF);
matrix.drawPixel(0, 6, LED_OFF);
matrix.drawPixel(0, 7, LED_OFF);
matrix.drawPixel(1, 0, LED_OFF);
matrix.drawPixel(1, 1, LED_RED);
matrix.drawPixel(1, 2, LED_RED);
matrix.drawPixel(1, 3, LED_RED);
matrix.drawPixel(1, 4, LED_RED);
matrix.drawPixel(1, 5, LED_OFF);
matrix.drawPixel(1, 6, LED_OFF);
matrix.drawPixel(1, 7, LED_OFF);
matrix.drawPixel(2, 0, LED_RED);
matrix.drawPixel(2, 1, LED_RED);
matrix.drawPixel(2, 2, LED_RED);
matrix.drawPixel(2, 3, LED_RED);
matrix.drawPixel(2, 4, LED_RED);
matrix.drawPixel(2, 5, LED_RED);
matrix.drawPixel(2, 6, LED_OFF);
matrix.drawPixel(2, 7, LED_OFF);
matrix.drawPixel(3, 0, LED_OFF);
matrix.drawPixel(3, 1, LED_RED);
matrix.drawPixel(3, 2, LED_RED);
matrix.drawPixel(3, 3, LED_RED);
matrix.drawPixel(3, 4, LED_RED);
matrix.drawPixel(3, 5, LED_RED);
matrix.drawPixel(3, 6, LED_RED);
matrix.drawPixel(3, 7, LED_OFF);
matrix.drawPixel(4, 0, LED_OFF);
matrix.drawPixel(4, 1, LED_RED);
matrix.drawPixel(4, 2, LED_RED);
matrix.drawPixel(4, 3, LED_RED);
matrix.drawPixel(4, 4, LED_RED);
matrix.drawPixel(4, 5, LED_RED);
matrix.drawPixel(4, 6, LED_RED);
matrix.drawPixel(4, 7, LED_OFF);
matrix.drawPixel(5, 0, LED_RED);
matrix.drawPixel(5, 1, LED_RED);
matrix.drawPixel(5, 2, LED_RED);
matrix.drawPixel(5, 3, LED_RED);
matrix.drawPixel(5, 4, LED_RED);
matrix.drawPixel(5, 5, LED_RED);
matrix.drawPixel(5, 6, LED_OFF);
matrix.drawPixel(5, 7, LED_OFF);
matrix.drawPixel(6, 0, LED_OFF);
matrix.drawPixel(6, 1, LED_RED);
matrix.drawPixel(6, 2, LED_RED);
matrix.drawPixel(6, 3, LED_RED);
matrix.drawPixel(6, 4, LED_RED);
matrix.drawPixel(6, 5, LED_OFF);
matrix.drawPixel(6, 6, LED_OFF);
matrix.drawPixel(6, 7, LED_OFF);
matrix.drawPixel(7, 0, LED_OFF);
matrix.drawPixel(7, 1, LED_OFF);
matrix.drawPixel(7, 2, LED_RED);
matrix.drawPixel(7, 3, LED_RED);
matrix.drawPixel(7, 4, LED_OFF);
matrix.drawPixel(7, 5, LED_OFF);
matrix.drawPixel(7, 6, LED_OFF);
matrix.drawPixel(7, 7, LED_OFF);
matrix.writeDisplay();
delay(3 * 1000);
matrix.setRotation(0);
matrix.drawPixel(0, 0, LED_OFF);
matrix.drawPixel(0, 1, LED_OFF);
matrix.drawPixel(0, 2, LED_OFF);
matrix.drawPixel(0, 3, LED_YELLOW);
matrix.drawPixel(0, 4, LED_YELLOW);
matrix.drawPixel(0, 5, LED_YELLOW);
matrix.drawPixel(0, 6, LED_YELLOW);
matrix.drawPixel(0, 7, LED_OFF);
matrix.drawPixel(1, 0, LED_OFF);
matrix.drawPixel(1, 1, LED_OFF);
matrix.drawPixel(1, 2, LED_YELLOW);
matrix.drawPixel(1, 3, LED_OFF);
matrix.drawPixel(1, 4, LED_RED);
matrix.drawPixel(1, 5, LED_OFF);
matrix.drawPixel(1, 6, LED_OFF);
matrix.drawPixel(1, 7, LED_YELLOW);
matrix.drawPixel(2, 0, LED_OFF);
matrix.drawPixel(2, 1, LED_YELLOW);
matrix.drawPixel(2, 2, LED_OFF);
matrix.drawPixel(2, 3, LED_RED);
matrix.drawPixel(2, 4, LED_RED);
matrix.drawPixel(2, 5, LED_RED);
matrix.drawPixel(2, 6, LED_OFF);
matrix.drawPixel(2, 7, LED_YELLOW);
matrix.drawPixel(3, 0, LED_YELLOW);
matrix.drawPixel(3, 1, LED_OFF);
matrix.drawPixel(3, 2, LED_OFF);
matrix.drawPixel(3, 3, LED_OFF);
matrix.drawPixel(3, 4, LED_RED);
matrix.drawPixel(3, 5, LED_OFF);
matrix.drawPixel(3, 6, LED_OFF);
matrix.drawPixel(3, 7, LED_YELLOW);
matrix.drawPixel(4, 0, LED_YELLOW);
matrix.drawPixel(4, 1, LED_OFF);
matrix.drawPixel(4, 2, LED_OFF);
matrix.drawPixel(4, 3, LED_OFF);
matrix.drawPixel(4, 4, LED_OFF);
matrix.drawPixel(4, 5, LED_OFF);
matrix.drawPixel(4, 6, LED_OFF);
matrix.drawPixel(4, 7, LED_YELLOW);
matrix.drawPixel(5, 0, LED_OFF);
matrix.drawPixel(5, 1, LED_YELLOW);
matrix.drawPixel(5, 2, LED_OFF);
matrix.drawPixel(5, 3, LED_OFF);
matrix.drawPixel(5, 4, LED_RED);
matrix.drawPixel(5, 5, LED_OFF);
matrix.drawPixel(5, 6, LED_OFF);
matrix.drawPixel(5, 7, LED_YELLOW);
matrix.drawPixel(6, 0, LED_OFF);
matrix.drawPixel(6, 1, LED_OFF);
matrix.drawPixel(6, 2, LED_YELLOW);
matrix.drawPixel(6, 3, LED_OFF);
matrix.drawPixel(6, 4, LED_RED);
matrix.drawPixel(6, 5, LED_OFF);
matrix.drawPixel(6, 6, LED_YELLOW);
matrix.drawPixel(6, 7, LED_YELLOW);
matrix.drawPixel(7, 0, LED_OFF);
matrix.drawPixel(7, 1, LED_OFF);
matrix.drawPixel(7, 2, LED_OFF);
matrix.drawPixel(7, 3, LED_YELLOW);
matrix.drawPixel(7, 4, LED_YELLOW);
matrix.drawPixel(7, 5, LED_YELLOW);
matrix.drawPixel(7, 6, LED_YELLOW);
matrix.drawPixel(7, 7, LED_OFF);
matrix.writeDisplay();
}
Servo servo_4;
Servo servo_5;
Servo servo_6;
Servo servo_7;
// 描述该功能...
void duoji() {
servo_4.write(90);
servo_5.write(90);
servo_6.write(90);
servo_7.write(90);
}
Dino ai;
void setup()
{
matrix.begin(0x70);
servo_4.attach(4);
servo_5.attach(5);
servo_6.attach(6);
servo_7.attach(7);
Wire.begin();
pinMode(9, OUTPUT);
result = 0;
duoji();
ai.init();
ai.language("zh_CN");
ai.name("绿宝");
ai.add_sentence("你好", 1);
ai.add_sentence("谢谢", 2);
ai.add_sentence("再见", 3);
ai.add_sentence("开灯", 4);
ai.add_sentence("关灯", 5);
ai.add_sentence("垃圾分类", 6);
ai.add_sentence("唱歌", 7);
ai.add_sentence("分类儿歌", 8);
ai.add_sentence("荧光灯管", 9);
ai.add_sentence("饮料瓶", 10);
ai.add_sentence("菜根菜叶", 11);
ai.add_sentence("砖瓦陶瓷", 12);
ai.add_sentence("唱歌", 13);
ai.generate_acoustic_models();
ai.generate_pronunciation_dictionary();
ai.generate_language_models();
ai.generate_decoder();
ai.sensitivity(255);
ai.playbackVolume(255);
ai.captureVolume(255);
ai.listen();
ai.speak("大家好,我是绿宝智能分类垃圾桶,很高兴为您服务。");
}
void loop()
{
if (ai.is_speaking()) {
ai.extract_features();
ai.decode(
ai.acoustic_models,
ai.pronunciation_dictionary,
ai.language_models);
}
result = ai.poll();
switch (result) {
case 1:
ai.speak("您好,我是绿宝,绿色环保,从我做起,很高兴为您服务。");
break;
case 2:
ai.speak("这是我应该做的。不用客气。");
break;
case 3:
ai.speak("期待下次见面。再见。");
break;
case 4:
digitalWrite(9, HIGH);
break;
case 5:
digitalWrite(9, LOW);
break;
case 6:
ai.playbackVolume(0);
ai.shell("look");
delay(100);
ai.playbackVolume(255);
break;
case 7:
ai.play("/SD/1.mp3");
delay(100);
break;
case 8:
ai.speak("小朋友,讲文明,垃圾分类要分清。");
ai.speak("剩饭剩菜瓜果皮,厨余垃圾放绿桶。");
ai.speak("金属纸盒饮料瓶,可回收物放蓝桶。");
ai.speak("电池农药杀虫剂,有害垃圾放红桶。");
ai.speak("毛发陶瓷打火机,其他垃圾放灰桶。");
ai.speak("垃圾分类我做起,节约资源废变宝。");
delay(100);
break;
case 1113:
ai.speak("这是香蕉皮,是厨余垃圾。");
break;
case 1108:
ai.speak("这是变质苹果,是厨余垃圾。");
break;
case 1002:
ai.speak("这是企鹅,不是垃圾!");
break;
case 9:
servo_4.write(0);
ai.speak("荧光灯管是有害垃圾!");
xiaolian();
servo_4.write(90);
break;
case 10:
servo_5.write(0);
ai.speak("饮料瓶是可回收物!");
xiaolian();
servo_5.write(90);
break;
case 11:
servo_6.write(0);
ai.speak("菜根菜叶是厨余垃圾!");
xiaolian();
servo_6.write(90);
break;
case 12:
servo_7.write(0);
ai.speak("砖瓦陶瓷是其他垃圾!");
xiaolian();
servo_7.write(90);
break;
}
delay(80);
}
王张御2022.06.16
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舵机缔造2021.12.30
大家好! 我这边是专门做舵机的,工业/机器人,玩具型号都有,有需要的朋友可以加我微信了解13202713017