單片機(jī)浴室報(bào)警器程序+電路圖PCB文件（DS18B20,IIC,51,AT24C02,蜂鳴器）

ID:327295 · 發(fā)表于 2020-8-16 17:27

1、氧氣濃度采集：本設(shè)計(jì)采用ZE03-O2（工作電壓3.7V-9V DC 溫度0-50度濕度20%-90%RH）氧氣濃度傳感器，適用于浴室氧氣濃度檢測(cè)，雖內(nèi)置溫度傳感器進(jìn)行溫度補(bǔ)償，但程序算法上需將采集數(shù)據(jù)和輸出氧氣濃度建立線性關(guān)系。

2、信息儲(chǔ)存：采用AT24C02（掉電記憶，電可擦除）作為外置EEPROM存儲(chǔ)用戶設(shè)置信息（主要用于存儲(chǔ)用戶設(shè)置時(shí)間，報(bào)警溫度和氧氣濃度）。

3、報(bào)警部分：當(dāng)任何一項(xiàng)指標(biāo)超標(biāo)時(shí)都需要聲音報(bào)警，不同的指標(biāo)超標(biāo)光報(bào)警要給用戶明確的某項(xiàng)指標(biāo)超標(biāo)。

4、浴室模型：本課題是基于浴室，采用CAD對(duì)模型進(jìn)行設(shè)計(jì)與繪制，模型確定為底面面積為0.64平方米高1米的長(zhǎng)方體，長(zhǎng)方體內(nèi)部布滿泡沫以此來構(gòu)建封閉、透氣性差和保溫性強(qiáng)的環(huán)境條件。

5、硬件電路：?jiǎn)纹瑱C(jī)最小系統(tǒng)板、顯示電路、電源與復(fù)位電路、報(bào)警電路、風(fēng)機(jī)驅(qū)動(dòng)板和氧氣傳感器和溫度傳感器電路設(shè)計(jì)與調(diào)試。

Altium Designer畫的原理圖PCB如下:

單片機(jī)程序如下：

#include <stc12c5a60s2.h>

#include <lcd.h>

#include <uart.h>

#include <onewire.h>

#include <Key.h>

#include <stdio.h>

#include "24c02.h"

#include "iic.h"

//#include <AT24C02.h>

#define uchar unsigned char

#define uint unsigned int

sbit LED = P2^5;

sbit LED1 = P2^6;

sbit LED2 = P2^7;

sbit bell = P1^3;

sbit relay = P1^0;

sbit relay1 = P1^1;

uchar tt[3], pp[3], flag = 0, flag1 = 0, K = 0, modes = 0,bai = 0, shi = 0,ge = 0,yqnd = 0;

uchar wendu,wdbj = 38, yqbj = 18, sjbj = 20, wd[3], yq[3], sj[3], kt = 0;

uint num = 0;

void cherh(void);

void time(void);

void bj_cronl(void);

void main(void)

{

P1M1 = 0x00;

P1M0 = 0xff;

relay = 0;

relay1 = 0;

bell = 0;

CH11 = 0;

delay(1);

lcdinit();

delay(10);

UartInit();

ES = 1;

EA = 1;

while(1)

{

time();

wendu = DS18b20_Convert();

write_com(0x93);

sprintf(tt,"%d",(uint)wendu);

hzkdis(tt);

write_com(0x90);

hzkdis("溫度:");

write_com(0x94);

hzkdis("度");

write_com(0x88);

hzkdis("氧氣濃度:");

write_com(0x98);

hzkdis("設(shè)定時(shí)間:");

if(Uart_RxFlag)

{

write_com(0x8d);

sprintf(pp,"%d",(uint)UartRxTab[3]);

hzkdis(pp);

write_com(0x8e);

hzkdis("%");

Uart_RxFlag = 0;

}

K = Key();

if (K == 5)

{

K = 0;

lcdinit();

flag = 1;

modes = 0;

K = 0;

wdbj = Eeprom_Read(0x01);

delay(10);

yqbj = Eeprom_Read(0x02);

delay(10);

sjbj = Eeprom_Read(0x03);

delay(10);

while (flag == 1)

{

write_com(0x80);

hzkdis("用戶：A");

write_com(0x90);

hzkdis("報(bào)警溫度: 度");

write_com(0x94);

sprintf(wd,"%d",(uint)wdbj);

hzkdis(wd);

write_com(0x88);

hzkdis("報(bào)警氧氣: %");

write_com(0x8c);

sprintf(yq,"%d",(uint)yqbj);

hzkdis(yq);

write_com(0x98);

hzkdis("報(bào)警時(shí)間: min");

write_com(0x9c);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

K = 0;

K = Key();

if (K == 3)

{

modes++;

switch(modes)

{

case 1:

write_com(0x97);

hzkdis("*");

break;

case 2:

write_com(0x8f);

hzkdis("*");

break;

case 3:

write_com(0x9f);

hzkdis("*");

break;

}

if (modes == 4)

{

flag = 2;

modes = 0;

}

if (K == 2)

{

switch(modes)

{

case 1:

wdbj++;

break;

case 2:

yqbj++;

break;

case 3:

sjbj++;

break;

}

write_com(0x94);

sprintf(wd,"%d",(uint)wdbj);

hzkdis(wd);

write_com(0x8c);

sprintf(yq,"%d",(uint)yqbj);

hzkdis(yq);

write_com(0x9c);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

if (K == 1)

{

switch(modes)

{

case 1:

wdbj--;

break;

case 2:

yqbj--;

break;

case 3:

sjbj--;

break;

}

write_com(0x94);

sprintf(wd,"%d",(uint)wdbj);

hzkdis(wd);

write_com(0x8c);

sprintf(yq,"%d",(uint)yqbj);

hzkdis(yq);

write_com(0x9c);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

}

Eeprom_Write(0x01,wdbj);

delay(100);

Eeprom_Write(0x02,yqbj);

delay(100);

Eeprom_Write(0x03,sjbj);

delay(100);

lcdinit();

wdbj = Eeprom_Read(0x04);

delay(10);

yqbj = Eeprom_Read(0x05);

delay(10);

sjbj = Eeprom_Read(0x06);

delay(10);

while (flag == 2)

{

write_com(0x80);

hzkdis("用戶：B");

write_com(0x90);

hzkdis("報(bào)警溫度: 度");

write_com(0x94);

sprintf(wd,"%d",(uint)wdbj);

hzkdis(wd);

write_com(0x88);

hzkdis("報(bào)警氧氣: %");

write_com(0x8c);

sprintf(yq,"%d",(uint)yqbj);

hzkdis(yq);

write_com(0x98);

hzkdis("報(bào)警時(shí)間: min");

write_com(0x9c);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

K = 0;

K = Key();

if (K == 3)

{

modes++;

switch(modes)

{

case 1:

write_com(0x97);

hzkdis("*");

break;

case 2:

write_com(0x8f);

hzkdis("*");

break;

case 3:

write_com(0x9f);

hzkdis("*");

break;

}

if (modes == 4)

{

flag = 3;

modes = 0;

}

if (K == 2)

{

switch(modes)

{

case 1:

wdbj++;

break;

case 2:

yqbj++;

break;

case 3:

sjbj++;

break;

}

write_com(0x94);

sprintf(wd,"%d",(uint)wdbj);

hzkdis(wd);

write_com(0x8c);

sprintf(yq,"%d",(uint)yqbj);

hzkdis(yq);

write_com(0x9c);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

if (K == 1)

{

switch(modes)

{

case 1:

wdbj--;

break;

case 2:

yqbj--;

break;

case 3:

sjbj--;

break;

}

write_com(0x94);

sprintf(wd,"%d",(uint)wdbj);

hzkdis(wd);

write_com(0x8c);

sprintf(yq,"%d",(uint)yqbj);

hzkdis(yq);

write_com(0x9c);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

}

Eeprom_Write(0x04,wdbj);

delay(100);

Eeprom_Write(0x05,yqbj);

delay(100);

Eeprom_Write(0x06,sjbj);

delay(100);

lcdinit();

wdbj = Eeprom_Read(0x07);

delay(10);

yqbj = Eeprom_Read(0x08);

delay(10);

sjbj = Eeprom_Read(0x09);

delay(10);

while (flag == 3)

{

write_com(0x80);

hzkdis("用戶：C");

write_com(0x90);

hzkdis("報(bào)警溫度: 度");

write_com(0x94);

sprintf(wd,"%d",(uint)wdbj);

hzkdis(wd);

write_com(0x88);

hzkdis("報(bào)警氧氣: %");

write_com(0x8c);

sprintf(yq,"%d",(uint)yqbj);

hzkdis(yq);

write_com(0x98);

hzkdis("報(bào)警時(shí)間: min");

write_com(0x9c);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

K = 0;

K = Key();

if (K == 3)

{

modes++;

switch(modes)

{

case 1:

write_com(0x97);

hzkdis("*");

break;

case 2:

write_com(0x8f);

hzkdis("*");

break;

case 3:

write_com(0x9f);

hzkdis("*");

break;

}

if (modes == 4)

{

flag = 0;

modes = 0;

}

if (K == 2)

{

switch(modes)

{

case 1:

wdbj++;

break;

case 2:

yqbj++;

break;

case 3:

sjbj++;

break;

}

write_com(0x94);

sprintf(wd,"%d",(uint)wdbj);

hzkdis(wd);

write_com(0x8c);

sprintf(yq,"%d",(uint)yqbj);

hzkdis(yq);

write_com(0x9c);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

if (K == 1)

{

switch(modes)

{

case 1:

wdbj--;

break;

case 2:

yqbj--;

break;

case 3:

sjbj--;

break;

}

write_com(0x94);

sprintf(wd,"%d",(uint)wdbj);

hzkdis(wd);

write_com(0x8c);

sprintf(yq,"%d",(uint)yqbj);

hzkdis(yq);

write_com(0x9c);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

}

Eeprom_Write(0x07,wdbj);

delay(100);

Eeprom_Write(0x08,yqbj);

delay(100);

Eeprom_Write(0x09,sjbj);

delay(100);

lcdinit();

}

if (K == 3)

{

cherh();

write_com(0x80);

hzkdis("用戶：A");

wdbj = Eeprom_Read(0x01);

delay(10);

yqbj = Eeprom_Read(0x02);

delay(10);

sjbj = Eeprom_Read(0x03);

delay(10);

write_com(0x9d);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

write_com(0x9e);

hzkdis("min");

}

if (K == 2)

{

cherh();

write_com(0x80);

hzkdis("用戶：B");

wdbj = Eeprom_Read(0x04);

delay(10);

yqbj = Eeprom_Read(0x05);

delay(10);

sjbj = Eeprom_Read(0x06);

delay(10);

write_com(0x9d);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

write_com(0x9e);

hzkdis("min");

}

if (K == 1)

{

cherh();

write_com(0x80);

hzkdis("用戶：C");

wdbj = Eeprom_Read(0x07);

delay(10);

yqbj = Eeprom_Read(0x08);

delay(10);

sjbj = Eeprom_Read(0x09);

delay(10);

write_com(0x9d);

sprintf(sj,"%d",(uint)sjbj);

hzkdis(sj);

write_com(0x9e);

hzkdis("min");

}

bj_cronl();

}

void cherh()

{

num=0;

kt=0;

TMOD=0x01;

EA=1;

ET0=1;

TR0=1;

TH0=(65536-50000)/256;

TL0=(65536-50000)%256;

}

void exter() interrupt 1

{

kt++;

TH0=(65536-50000)/256;

TL0=(65536-50000)%256;

}

void time(void)

{

if(kt==20)

{

num++;

if(num==2000)

{

num=0;

}

kt=0;

}

void bj_cronl(void)

{

if (wendu > wdbj)

{

LED = 0;

relay = 1;

relay1 = 1;

bell = 1;

if (UartRxTab[3]>((uint)yqbj*10))

{

LED1 = 1;

}

if (num < ((uint)sjbj*60))

{

LED2 = 1;

}

if (UartRxTab[3]<((uint)yqbj*10))

{

LED1 = 0;

relay = 1;

relay1 = 1;

bell = 1;

if (wendu < wdbj)

{

LED = 1;

}

if (num < ((uint)sjbj*60))

{

LED2 = 1;

}

if (num > ((uint)sjbj*60))

{

LED2 = 0;

relay = 1;

relay1 = 1;

bell = 1;

if (wendu < wdbj)

{

LED = 1;

}

if (UartRxTab[3]>((uint)yqbj*10))

{

LED1 = 1;

}

if ((num < ((uint)sjbj*60)) && (UartRxTab[3]>((uint)yqbj*10)) && (wendu < wdbj))

{

LED = 1;

LED1 = 1;

LED2 = 1;

relay = 0;

relay1 = 0;

bell = 0;

}

程序.zip (244.96 KB, 下載次數(shù): 74)

硬件.7z (645.86 KB, 下載次數(shù): 92)

ID:1024126 · 發(fā)表于 2022-5-6 13:59

你們是用哪個(gè)軟件仿真的呀

ID:816688 · 發(fā)表于 2023-11-12 20:14

電氣大帥睿發(fā)表于 2022-5-6 13:59
你們是用哪個(gè)軟件仿真的呀

Proteus

帳號(hào)		自動(dòng)登錄	找回密碼
密碼			立即注冊(cè)

單片機(jī)浴室報(bào)警器程序+電路圖PCB文件（DS18B20,IIC,51,AT24C02,蜂鳴器）

評(píng)分

相關(guān)帖子

瀏覽過的版塊