2021年12月16日 | 单片机做的半导体制冷小冰箱

最近天气比较炎热闲来无事，自己在家DIY了一个小冰箱，试了一下制冷效果还可以的，下面就把制作步骤和技术资料和大家共享一下：

这个冰冰可乐什么的真的太适合不过了。。器材：一个电源模块，220v转12v，6A。以及一个封装好的制冷器，元件清单都在原理图上可以看出来，继电器用的是继电器模块。

防水型的18B20，继电器模块，12c887时间芯片，12864液晶屏，蜂鸣器，89c58单片机芯片，接线子，什么开关，按键，电阻电容的你也应该知道的，就是一个单片机模块。。这些就是控制板的元件了，然后你还要去淘宝上买制冷器和制冷器血药的配套的电源模块。。然后你就可以自己DAY一个小冰箱了。。

废话不多说先上图：

这是系统控制板子需要自己DIY的板子散件，待焊接

焊接好的系统控制板成品

连接好的待测试品

接上显示LCD后可以显示的功能

系统完整演示图

智能小冰箱的C语言参考源代码：

#include

#include

#define uchar unsigned char

#define uint unsigned int

sbit ds=P2^2;

sbit rs=P3^5;

sbit rw=P3^6;

sbit en=P3^4;

sbit psb=P3^7;

sbit feng=P2^0;

sbit dscs=P1^4;

sbit dsas=P1^5;

sbit dsrw=P1^6;

sbit dsds=P1^7;

sbit dsirq=P3^3;

sbit jidianqi=P2^3;

bit flag1,flag_ri;

sbit xuanzhe=P1^0;

sbit queding=P1^1;

sbit fanhui=P1^2;

sbit tiaozheng=P1^3;

sbit zengjia=P3^0;

sbit jianxiao=P3^1;

uint temp;

int x1,x3;

uchar flog1,flog,count,count1,acount1,count2,acount2,s1num,flag,t0_num,ff,xh,xh1,xh2,xw,xw1,xw2,xx,xt,axt,xt1,axt1,hh,ahh;

char miao,shi,fen,year,month,day,week,amiao,afen,ashi;

float f_temp;

uchar code table00[]={" 系统初始化… “};

uchar code table01[]={” 以关闭"};

uchar code table02[]={" 以开启"};

uchar code table0_0[]={“电气与”};

uchar code table0_1[]={" 信息工程学院"};

uchar code table0_2[]={"–电气1302唐小旺"};

uchar code table0_3[]={" 湖南工学院 "};

uchar code table11[]={“2015年00月00日”};

uchar code table12[]={" “};

uchar code table13[]={” 00: 00: 00"};

uchar code table14[]={“当前温度：”};

uchar code table1[]={“菜 1:温度调节”};

uchar code table2[]={“单 2:定时关闭”};

uchar code table3[]={“1 3:报警温度调”};

uchar code table4[]={" 4:时间调节"};

uchar code table5[]={“菜 5:闹钟调节”};

uchar code table6[]={“单 6:小小游戏”};

uchar code table7[]={“2 7:小小说明”};

uchar code table8[]={"–在按选择键返回"};

uchar code table1_1[]={“设置温度：”};

uchar code table1_2[]={" 00"};

uchar code table1_3[]={""};

uchar code table1_4[]={""};

uchar code table1_5[]={" 设置成功"};

uchar code table1_6[]={""};

uchar code table1_7[]={""};

uchar code table1_8[]={""};

uchar code table2_1[]={“设置定时开关：”};

uchar code table2_2[]={" 1:开启定时关闭"};

uchar code table2_3[]={" 2:关闭定时关闭"};

uchar code table2_4[]={"~~~~~~~~~~~~~~~~"};

uchar code table2_5[]={“设置时间:”};

uchar code table2_6[]={" 00: 00: 00"};

uchar code table2_7[]={""};

uchar code table2_8[]={" 设置成功"};

uchar code table2_9[]={“正在计时关闭中”};

uchar code table2_a[]={""};

uchar code table2_b[]={""};

uchar code table2_c[]={" 设置成功"};

uchar code table2_d[]={“以关闭定时关闭”};

uchar code table2_e[]={""};

uchar code table3_1[]={“设置报警温度：”};

uchar code table3_2[]={" 00"};

uchar code table3_3[]={""};

uchar code table3_4[]={""};

uchar code table3_5[]={" 设置成功"};

uchar code table3_6[]={" 滴滴滴滴"};

uchar code table3_7[]={“定时炸弹即将爆炸”};

uchar code table4_1[]={“设置时间：”};

uchar code table4_2[]={“2015年03月22日”};

uchar code table4_3[]={" Sun “};

uchar code table4_4[]={” 00: 00: 00 “};

uchar code table4_5[]={” 设置成功"};

uchar code table4_6[]={“春天到了！”};

uchar code table4_7[]={“I am coming”};

uchar code table4_8[]={" 师院"};

uchar code table5_1[]={“设置闹钟：”};

uchar code table5_2[]={" 1:开启闹钟"};

uchar code table5_3[]={" 2:关闭闹钟"};

uchar code table5_4[]={" 00: 00: 00 “};

uchar code table5_7[]={” 设置成功"};

uchar code table5_8[]={" 小鸡小鸡"};

uchar code table5_9[]={“小鸡小鸡咕咕day”};

uchar code table5_a[]={"（咦，我的闹铃)~~"};

uchar code table5_5[]={“设置时间:”};

uchar code table5_6[]={" 00: 00: 00"};

uchar code table5_b[]={""};

uchar code table5_c[]={" 设置成功"};

uchar code table5_d[]={“闹钟以关闭”};

uchar code table5_e[]={""};

uchar code table6_1[]={" 咦！！！"};

uchar code table6_2[]={" 游戏捏?"};

uchar code table7_1[]={“小慧是傻逼”};

uchar code table7_2[]={" 小慧是傻逼"};

uchar code table7_3[]={" 小慧是傻逼"};

uchar code table7_4[]={" 小慧是傻逼"};

uchar code table7_5[]={“当前温度：”};

uchar code table7_6[]={" --’f i e r c e’"};

uchar code table7_7[]={" no way!!"};

uchar code table7_8[]={" 谢谢合作"};

void delay(uint z)

{

uint x,y;

for(x=z;x>0;x–)

for(y=110;y>0;y–);

}

void di()

{

feng=0;

delay(100);

feng=1;

}

void write_com(uchar com)

{

rs=0;

rw=0;

en=0;

P0=com;

delay(5);

en=1;

delay(5);

en=0;

}

void write_dat(uchar dat)

{

rs=1;

rw=0;

en=0;

P0=dat;

delay(5);

en=1;

delay(5);

en=0;

}

void dsreset(void)

{

uint i;

ds=0;

i=103;

while(i>0)i–;

ds=1;

i=4;

while(i>0)i–;

}

bit tempreadbit(void)

{

uint i;

bit dat;

ds=0;i++;

ds=1;i++;i++;

dat=ds;

i=8;while(i>0)i–;

return(dat);

}

uchar tempread(void)

{

uchar i,j,dat;

dat=0;

for(i=1;i<=8;i++)

{

j=tempreadbit();

dat=(j<<7)|(dat>>1);

}

return(dat);

}

void tempwritebyte(uchar dat)

{

uint i;

uchar j;

bit testb;

for(j=0;j<8;j++)

{

testb=dat&0x01;

dat=dat>>1;

if(testb)

{

ds=0;

i++;i++;

ds=1;

i=8;

while(i>0)i–;

}

else

{

ds=0;

i=8;

while(i>0)i–;

ds=1;

i++;

i++;

}

}

}

void tempchang(void)

{

dsreset();

delay(1);

tempwritebyte(0xcc);

tempwritebyte(0x44);

}

uint get_temp()

{

uchar a,b;

dsreset();

delay(1);

tempwritebyte(0xcc);

tempwritebyte(0xbe);

a=tempread();

b=tempread();

temp=b;

temp<<=8;

temp=temp|a;

f_temp=temp0.0625;

temp=f_temp10+0.5;

f_temp=f_temp+0.05;

return temp;

}

void write_ds(uchar add,uchar dat)

{

dscs=0;

dsas=1;

dsds=1;

dsrw=1;

P0=add;

dsas=0;

dsrw=0;

P0=dat;

dsrw=1;

dsas=1;

dscs=1;

}

uchar read_ds(uchar add)

{

uchar ds_date;

dsas=1;

dsds=1;

dsrw=1;

dscs=0;

P0=add;

dsas=0;

dsds=0;

P0=0xff;

ds_date=P0;

dsds=1;

dsas=1;

dscs=1;

return ds_date;

}

/*void set_time()

{

write_ds(0,0);

write_ds(1,0);

write_ds(2,0);

write_ds(3,0);

write_ds(4,0);

write_ds(5,0);

write_ds(6,0);

write_ds(7,0);

write_ds(8,0);

write_ds(9,0);

} */

void init1()

{

EA=1;

EX1=1;

IT1=1;

t0_num=0;

s1num=0;

week=1;

// write_ds(0x0A,0x20);

// write_ds(0x0B,0x26);

// set_time();

}

void sfm_(uchar add,char dat)

{

uchar si,ge;

si=dat/10;

ge=dat%10;

write_com(add);

write_dat(0x30+si);

write_dat(0x30+ge);

}

void asfm_(uchar add,char dat)

{

uchar si,ge;

si=dat/10;

ge=dat%10;

write_com(add);

write_dat(0x30+si);

write_dat(0x30+ge);

}

void week_(uchar add,char week)

{

write_com(add);

if(week0)

{

write_dat(0x4D);

write_dat(0x6F);

write_dat(0x6E);

write_dat(0x20);

}

if(week1)

{

write_dat(0x54);

write_dat(0x75);

write_dat(0x65);

write_dat(0x73);

}

if(week2)

{

write_dat(0x57);

write_dat(0x65);

write_dat(0x64);

write_dat(0x20);

}

if(week3)

{

write_dat(0x54);

write_dat(0x68);

write_dat(0x75);

write_dat(0x72);

}

if(week4)

{

write_dat(0x46);

write_dat(0x72);

write_dat(0x69);

write_dat(0x20);

}

if(week5)

{

write_dat(0x53);

write_dat(0x61);

write_dat(0x74);

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