強制執(zhí)行電子封條系統(tǒng)設計

摘要Atpresentstageourcountryhasenteredthelegalsociety.Whenthecourtcarriedoutitsworkinthepast,ifitoperatedaccordingtoroutineoperationprocess,itneededtoexperiencealongtimeforthesealedequipmenttoentertheauctionprocedure.Therefore,itiseasytoappearthepossibilityofpropertytransferoftheenterprisesinvolvedinthecase.Theenforcementpoliceusuallyusepapersealsintheprocessofsealing.Papersealsnotonlyhavethepotentialtofalloffeasily,butalsohavetheriskthatitisdifficulttoobtainevidenceafterthesealsaretornordestroyed.Andintheuseofelectronicsealsbeforetheseizure,oftenfoundthatpapersealswereillegallydestroyed,becausethereisnomonitoringequipmentonthescene,soitisdifficulttofindthespecificimplementationofthedestructionofpeople,thereisnowaytoillegallydestroytheseal,illegalentryintothesiteoftheseizure,thedestructionofthesiteoftheillegaloffendersandtheirillegalbehaviorevidencefixed.Giventhenumberoftimesthishashappened,aninnovativeelectronicsealtechnologyhasbeenintroducedtoensurethattheenforcementofseizuremeasuresismoresecureandreliable.Inthispaper,STM32isselectedasthecoremodule,andthehumanbodyinfrareddetectionmoduleisalsoused.Whenthesuspiciouspersonapproaches,thebuzzerwillalarmandgivewarning.GPSpositioningmodulecanbeusedtolocatethepositionoftheelectronicseal,soastoquicklyfindthelocation.Withthehelpofthecameramodule,real-timemonitoringcanbecarriedoutontheforciblyseizedplaces.Inthisway,theillegalsituationcanbequicklyrespondedto.Thedesignofthissystemisofgreatsignificancetoimprovethesecurityoftheseizedplace.Keywords:Cameracontrol;STM32singlechipmicrocomputer;GPSmodule;InfraredsensorTargettracking目錄圖2-1總體方案系統(tǒng)圖圖2-2STM32最小系統(tǒng)圖圖3-1傳感器實物圖片圖3-2傳感器電路圖圖3-3GPS模塊實物圖圖3-4GPS模塊電路圖圖3-5GPS天線模塊電路圖圖3-6ESP8266模塊圖圖3-7WIFI模塊電路圖圖3-8蜂鳴器警報電路圖3-9蜂鳴器警報圖片圖3-10ESP32-CAM監(jiān)控攝像頭電路圖3-11ESP32-CAM監(jiān)控攝像頭實物圖圖4-1系統(tǒng)流程圖圖4-2顯示子程序流程圖圖4-3GPS模塊流程圖圖4-4WIFI模塊接收數(shù)據(jù)流程圖圖4-5WIFI蜂鳴器模塊程序流程圖圖5-1整體安裝圖圖5-2手機APP界面圖5-3WIFI連接成功后圖5-4拔掉紅外傳感器界面圖5-5拔掉紅外線傳感器后圖5-6手機APP經(jīng)緯度界面圖5-7手機APP監(jiān)控界面[1]楊傳印,王春素.煤礦“電子封條”智能監(jiān)管技術(shù)研究[J].采礦技術(shù).2021(S1).[2]吳云,周雨田,左彤等.基于RFID技術(shù)電子封條的設計與實現(xiàn)[J].東北電力大學學報.2013,33(05).[3]梁秀龍.電子封條智能監(jiān)管技術(shù)在煤礦安全監(jiān)管中的應用探析[J].江西煤炭科技,2022,(04).[4]郭建生.煤礦“電子封條”安裝與應用分析[J].電視技術(shù).2022(08).[5]王海君,張世杰,黃朝暉等.基于機器視覺的煤礦電子封條智能通信系統(tǒng)的研究與應用[J].中國科技縱橫,2021.[6]林偉,沈宇星.電子封條鎖的膜片密封建模分析及實驗[J].機械設計與研究,2016,32(02).[7]吳限.懲治“老賴”添神器電子封條顯威力[J].中國信用.2020,（04）.[8]徐明,周杰,高思源.基于近場通信的電子封條信息系統(tǒng)設計[J].大科技,2020,20.[9]LiangHejun;YuanGuanghui;YangYunpeng;YangJianzheng;FanChongjun.TheEvolutionaryGameofElectronicSealUsageBehaviourSupervisionFromthePerspectiveofCreditandPenalty[J].IEEEAccess，2018.[10]XuwangLiu;ZhengxuanZhang;WeiQi;DingweiWang.AnEvolutionaryGameStudyoftheBehavioralManagementofBidEvaluationsinReserveAuctions[J].IEEEAccess.2020.[11]YanFeiYang;JianWang;XueJianLiu;XiaoJuanYang;YaHu.DesignofElectronicSealTerminalforTankVehicles[J].AppliedMechanicsandMaterials,2014.[12]江霞,包起帆,孟舒等.基于近場通信的集裝箱電子箱封系統(tǒng)及其標準[J].集裝箱化,2019,30（05）.[13]劉洋.基于RFID電子封條系統(tǒng)設計與實現(xiàn)[M].安徽大學,2012.[14]曾志輝;郅富標.\o"基于RFID技術(shù)的電子鉛封管理系統(tǒng)研究"基于RFID技術(shù)的電子鉛封管理系統(tǒng)研究[J].\o"電子器件"電子器件,\o"2017(01)"2017(01).[15]杜紅偉;來佳立;齊國強.\o"一種半有源超高頻RFID電子鉛封設計與實現(xiàn)"一種半有源超高頻RFID電子鉛封設計與實現(xiàn)[J].

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程序；#include"common.h"#include"IO.h"#include"WiFi.h"#include"SysTick.h"#include"GPS.h"u8Scan_JumpEdge=0;//采集數(shù)據(jù)單位時間u8Send_JumpEdge=0;//發(fā)送數(shù)據(jù)單位時間u8Heart_Times=0;//發(fā)送心跳包計時時間u8TGS_JumpEdge=0;//防盜單位檢測時間u8Send_Buff[50]={'D','Z',0};//發(fā)送數(shù)據(jù)到上位機用到的相關(guān)緩存u8Dis[5]={0,0,0,0,0};//顯示緩存u8LoLa[30]={0};//經(jīng)緯度信息u8Cnt=0;//循環(huán)次數(shù)u32TSG_Cnt=0;//防盜觸計數(shù)u8TSG_Flag=0;//防盜觸發(fā)標志位//***************************////主函數(shù)//***************************//intmain() { SystemInit(0X00000);//初始化STM32單片機 delay_init();//初始化延時 SysTick_Init();//初始化單位時間脈沖 GPIO_Config();//初始化引腳配置GPS_Init(9600);//初始化GPS WiFi_Init(115200);//初始化WiFi模塊 WLED_ON;//等待連接熱點Connect_WiFi();//連接WiFi WiFi_Send_Data("CONNECT",7);//發(fā)送連接指令 WLED_OFF;//連接WiFi成功delay_ms(1000); while(1)//用于檢測控制的主循環(huán) { if(SysTick_JumpEdge(&Scan_JumpEdge,&SysTickBit.Time1s))//數(shù)據(jù)檢測單位時間到達 { } if(SysTick_JumpEdge(&TGS_JumpEdge,&SysTickBit.Time1s)==1)//人體熱釋電檢測 { if(TGS_STATUS==0)//無人 { TSG_Cnt++;//計數(shù)自增 if(TSG_Cnt>5)//大于5秒 { TSG_Cnt=5;//計數(shù)保持 TSG_Flag=0;//檢測到有人標志位清除 } } else//有人 { TSG_Cnt=0;//計數(shù)清零 TSG_Flag=1;//檢測到有人標志位置位 } if(TSG_Flag==1)//有人 { Send_Buff[2]='1';//發(fā)送到APP的Send_Buff緩存的對應位清零 BEEP_ON;//打開的蜂鳴器 } else//沒人 { Send_Buff[2]='0';//發(fā)送到APP的Send_Buff緩存的對應位置位 BEEP_OFF;//關(guān)閉蜂鳴器 } } if(GPS_RX_STA&0x8000)//接收到數(shù)據(jù) { GPS_Len=GPS_RX_STA&0x3fff;//得到此次接收到的數(shù)據(jù)長度 Get_LoLa(GPS_RX_BUF,LoLa);//獲取GPS定位經(jīng)緯度數(shù)據(jù)并解析到對應的存儲數(shù)組里 if(Get_LoLa(GPS_RX_BUF,LoLa))//如果獲取到經(jīng)緯度，GPS連接衛(wèi)星正常 { for(Cnt=0;Cnt<1