更改内容：1、将部分配置参数移植于config.h文件中；2、将充分电NTC保护标志位区分开；3、增加玄恒耳机芯片双向通讯协议。

2025-01-08 19:47:07 +08:00 · 2025-01-08 19:47:07 +08:00 · 73b823b48a
commit 73b823b48a
parent 38462399b2
25 changed files with 1879 additions and 1156 deletions
--- a/Out/8835_EVB_250106_1928.bin
+++ b/Out/8835_EVB_250106_1928.bin
--- a/Out/8835_EVB_250106_1928.hex
+++ b/Out/8835_EVB_250106_1928.hex
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-:00000001FF
--- a/Out/8835_EVB_250106_1928_E781_010102.bin
+++ b/Out/8835_EVB_250106_1928_E781_010102.bin
--- a/Out/8835_EVB_250108_1440.bin
+++ b/Out/8835_EVB_250108_1440.bin
--- a/Out/8835_EVB_250108_1440.hex
+++ b/Out/8835_EVB_250108_1440.hex
--- a/Out/8835_EVB_250108_1440_8164_010102.bin
+++ b/Out/8835_EVB_250108_1440_8164_010102.bin
--- a/Project/SY8835_Demo.uvgui.GH
+++ b/Project/SY8835_Demo.uvgui.GH
--- a/UsrInc/charger/charger_module.h
+++ b/UsrInc/charger/charger_module.h
@ -25,7 +25,7 @@


 #ifdef NTC_ENABLE	
-extern bit NTC_Pro_Flag;
+extern bit CHG_NTC_Pro_Flag;
 #endif
 // ³äµç×´Ì¬¶¨Òå
 typedef enum 
--- a/UsrInc/discharge/discharge_module.h
+++ b/UsrInc/discharge/discharge_module.h
@ -23,6 +23,10 @@

 #include "define.h"

+#ifdef NTC_ENABLE	
+extern bit Boost_NTC_Pro_Flag;
+#endif
+
 extern bit gBoost_Prepared_Flag;	//Boost满足开启条件。

 #if DISCHARGE_ENABLE
--- a/UsrInc/inc/config.h
+++ b/UsrInc/inc/config.h
@ -108,6 +108,7 @@
 #endif

 #else
+
 /*2.5V上拉LDO下接 104K NTC(3950K) 电阻串联一个100K电阻后得到的电压值,Value=1024 * Rntc/(Rntc + 100k) */
 /* 具体公式：( LSB = 2500/1024 )
   NTC Pin实际电压：Vntc = Rntc/R总 * 2500；
@ -159,8 +160,90 @@
 #define T_80C	   											113							//80℃ NTC:12.4K

 #endif
+/* NTC保护标准选择，JEITA        or IEC.*/
+#define NTC_JEITA											1

-/*Boost Module Config Para Setting*/
+#define NTC_IEC												0
+
+/* NTC充电温度范围。 */
+#if NTC_IEC
+
+#define IEC_NTC_CHG_PRO_LOW_TMP								T_0C						//配置充电NTC保护温度下限值。
+
+#define IEC_NTC_CHG_HYST_LOW_TMP							T_3C						//配置充电NTC保护恢复温度下限迟滞值。
+
+#define IEC_NTC_CHG_PRO_HIGH_TMP							T_45C						//配置充电NTC保护温度上限值。
+
+#define IEC_NTC_CHG_HYST_HIGH_TMP							T_42C						//配置充电NTC保护恢复温度上限迟滞值。
+
+#elif NTC_JEITA
+
+/* JEITA模式，NTC温度保护上下限阈值和迟滞温度。 */
+#define JEITA_NTC_CHG_PRO_LOW_TMP							T_0C					//配置充电NTC保护温度下限值。
+
+#define JEITA_NTC_CHG_PRO_HYST_LOW_TMP						T_3C					//配置充电NTC保护恢复温度下限迟滞值。
+
+#define JEITA_NTC_CHG_PRO_HIGH_TMP							T_60C					//配置充电NTC保护温度上限值。
+
+#define JEITA_NTC_CHG_PRO_HYST_HIGH_TMP						T_57C					//配置充电NTC保护恢复温度上限迟滞值。
+
+/* JEITA模式，NTC温度冷状态，上下限阈值和迟滞温度。 */
+#define JEITA_NTC_CHG_COLD_HIGH_TMP							T_10C					//配置充电NT	C冷状态温度上限值。
+
+#define JEITA_NTC_CHG_COLD_HYST_HIGH_TMP					T_8C					//配置充电NTC冷状态恢复温度上限迟滞值。
+
+/* JEITA模式，NTC温度暖状态，上下限阈值和迟滞温度。 */
+#define JEITA_NTC_CHG_WARM_LOW_TMP							T_10C					//配置充电NTC暖状态温度下限值。
+
+#define JEITA_NTC_CHG_WARM_HYST_LOW_TMP						T_12C					//配置充电NTC暖状态恢复温度下限迟滞值。
+
+#define JEITA_NTC_CHG_WARM_HIGH_TMP							T_45C					//配置充电NT	C暖状态温度上限值。
+
+#define JEITA_NTC_CHG_WARM_HYST_HIGH_TMP					T_42C					//配置充电NTC暖状态恢复温度上限迟滞值。
+
+/* JEITA模式，NTC温度热状态，上下限阈值和迟滞温度。 */
+#define JEITA_NTC_CHG_HOT_LOW_TMP							T_45C					//配置充电NTC热状态温度下限值。
+
+#define JEITA_NTC_CHG_HOT_HYST_LOW_TMP						T_47C					//配置充电NTC热状态恢复温度下限迟滞值。
+
+#endif
+
+/* NTC放电温度范围。 */
+#define NTC_DISCHG_PRO_LOW_TMP								T_N20C						//配置放电NTC保护温度下限值。
+
+#define NTC_DISCHG_HYST_LOW_TMP								T_N15C						//配置放电NTC保护恢复温度下限迟滞值。
+
+#define NTC_DISCHG_PRO_HIGH_TMP								T_80C						//配置放电NTC保护温度上限值。
+
+#define NTC_DISCHG_HYST_HIGH_TMP							T_75C						//配置放电NTC保护恢复温度上限迟滞值。
+
+/* Bat Level Set. 5% Each Gear */
+
+#define C_batLevel_SetMax   								21							//电量计档位数设置
+
+#define	Bat_Lev_0											3000						//0%
+#define	Bat_Lev_5											3050						//5%
+#define	Bat_Lev_10											3100						//10%
+#define	Bat_Lev_15											3200						//15%
+#define	Bat_Lev_20											3250						//20%
+#define	Bat_Lev_25											3300						//25%
+#define	Bat_Lev_30											3350						//30%
+#define	Bat_Lev_35											3400						//35%
+#define	Bat_Lev_40											3450						//40%
+#define	Bat_Lev_45											3500						//45%
+#define	Bat_Lev_50											3600						//50%
+#define	Bat_Lev_55											3650						//55%
+#define	Bat_Lev_60											3700						//60%
+#define	Bat_Lev_65											3750						//65%
+#define	Bat_Lev_70											3800						//70%
+#define	Bat_Lev_75											3850						//75%
+#define	Bat_Lev_80											3900						//80%
+#define	Bat_Lev_85											3975						//85%
+#define	Bat_Lev_90											4050						//90%
+#define	Bat_Lev_95											4125						//95%
+#define	Bat_Lev_100											4200   						//100%
+
+/* Boost Module Config Para Setting. */

 #define  OPEN_BOOST_VIN 									3600						//Boost 发生uvlo保护后，在有VIN条件下，Boost再次恢复开启的电压（3.6V）。

@ -168,8 +251,13 @@

 #define	 BOOST_VOUT_MAX										BOOST_VPMID_5_2V			//Boost 输出最高电压阈值。

-/*KEY And Hall Module Setting*/
-#define HALL_OPEN_LEV_SET									1							//配置是高电平为开盖还是低电平为开盖。1:高电平为开盖；0:低电平为开盖
+/* LED 驱动输出限流配置。  */
+
+#define LED_DRV_LIMIT_SET									P1_DRV_400					//配置P10-P13限流输出，2个档位：限流电阻400Ω、800Ω。
+
+/* KEY And Hall Module Setting. */
+
+#define  HALL_OPEN_LEV_SET									1							//配置是高电平为开盖还是低电平为开盖。1:高电平为开盖；0:低电平为开盖。

 /* Charger Config Setting. */

@ -199,6 +287,14 @@

 #define  VOX_CLOSE_5V_HOLD_CNT								3							//配置关盖动作后，VOX 输出5V持续时间（100ms * 3），单位：ms。

+ /* 双向通讯协议选择 */
+
+#define JIELI												0							//杰理耳机芯片
+
+#define ZHONGKE												0							//中科蓝讯耳机芯片
+
+#define XUANHENG											1							//玄恒耳机芯片
+
 /* Vox跟随充参数设置。(100ms调用周期) */

 #define  VOX_CV_TC_CURRENT									20							//耳机充电处于CV/TC阶段的电流值，单位mA。
@ -216,6 +312,7 @@
 #define  VOUT_MIN_THD										BOOST_VPMID_3_7V			//VOX VOUT输出最小阈值。

 /*Sleep Module Setting*/
+
 /*Enter Sleep Time Debounce*/
 #define ENTER_STANDBYMODE_CNT								15							//进入Standby Mode 延迟时间，单位：秒

--- a/UsrInc/led/led.h
+++ b/UsrInc/led/led.h
@ -61,6 +61,12 @@ sbit pin_LED_4 = P1^3;
 #define LEDB_OFF()			pin_LED_4 = 0 			//LED_4_OFF()
 #define LEDB_TOG()			pin_LED_4 = !pin_LED_4 	//LED_4_RUN()

+/* 配置P10-P13限流输出，<0Ch>       --P1_DRV0 */
+
+#define	P1_DRV_400			0x55				//驱动能力400Ω
+
+#define	P1_DRV_800			0x00				//驱动能力800Ω
+
 #ifdef LED_DISPLAY

 /******************************************************************************\
--- a/UsrInc/uart/uart.h
+++ b/UsrInc/uart/uart.h
@ -28,7 +28,13 @@
 /******************************************************************************\
                          Macro definitions
 \******************************************************************************/
+
+#if XUANHENG   
+#define Baud_Rate0 					115200//9600//19200//38400//93750
+#else
 #define Baud_Rate0 					9600//9600//19200//38400//93750
+#endif
+
 #define S0REL_VALUE  				(1024-345600/Baud_Rate0)

 #define Baud_Rate1 					9600//19200//38400//93750
--- a/UsrInc/vox/vox_module.h
+++ b/UsrInc/vox/vox_module.h
@ -112,6 +112,12 @@ SFRDATA |= (VOX_LIGHT_TO_HAVEY_128 << 2) | VOX_HAVEY_TO_LIGHT_8;
 #define VOX_HAVEY_TO_LIGHT_8		0x02	
 #define VOX_HAVEY_TO_LIGHT_64		0x03	

+#if XUANHENG
+
+#define BOXHEADER													0xAA			//VOX通讯数据包头
+
+#else
+
 #define BOXHEADER													0x55AA			//VOX通讯数据包头

 #define EARPHONE_HEADER_HIGH										0x55
@ -119,6 +125,8 @@ SFRDATA |= (VOX_LIGHT_TO_HAVEY_128 << 2) | VOX_HAVEY_TO_LIGHT_8;

 #define BOXIDCODE													0xFF			//VOX通讯耳机->仓数据包头

+#endif
+
 #define Vox_TX_Interval										2  					//Vox定时发送指令时间间隔

 #define Vox_TX_Interval_2									4 
@ -128,11 +136,6 @@ SFRDATA |= (VOX_LIGHT_TO_HAVEY_128 << 2) | VOX_HAVEY_TO_LIGHT_8;
 /******************************************************************************\
 							  Variables definitions
 \******************************************************************************/
- /* Ë«ÏòÍ¨Ñ¶ÐÒéÑ¡Ôñ */
-
-#define JIELI				0
-
-#define ZHONGKE				1
 
 /*耳机通道选择*/

@ -230,6 +233,42 @@ typedef enum _VOX_BES_COMMAND_E

 }VOX_BES_COMMAND_E;

+#elif XUANHENG
+
+typedef enum {
+
+  VOL_CHAN = 0x24,
+  	
+  VOR_CHAN = 0x25,
+  
+  VOX_BOTH = 0x21,
+
+  VOX_MAX_CHAN 	= 0x02,
+  
+}e_Vox_Chan;
+
+ /*耳机和充电仓进行双向通讯的协议命令ID。*/
+typedef enum _VOX_BES_COMMAND_E
+{
+	CMD_SHUT_DOWN    = 0x0005,				//关机
+	
+	CMD_TWS_GET_BTADDR	 = 0x0037, 			//获取对耳MAC地址
+	
+	CMD_TWS_SET_BTADDR	= 0x000A,			//写入对耳MAC地址
+	
+	CMD_CLEAR_PAIR	 = 0x000B,				//清除配对记录
+	
+	CMD_HEARTBEAT	 = 0x000D,				//心跳包
+	
+	CMD_SN			 = 0x000E,				//写入SN码到耳机
+	
+	CMD_GET_INTO_PAIR	= 0x000F,			//耳机进入配对状态
+	
+	CMD_PAIRING_IMD	= 0x0011,				//立即执行TWS配对
+	
+	BES_RESET,								//耳机复位Pattern
+
+}VOX_BES_COMMAND_E;

 #endif

--- a/UsrSrc/bat/bat.c
+++ b/UsrSrc/bat/bat.c
@ -484,32 +484,30 @@ bit F_batlevel_75p = 0;

 idata uint8_t offset_bat_level = ( C_offset_bat_level_MAX + C_offset_bat_level_MIN ) / 2;

-#define C_batLevel_SetMax   21
-
 /*充电电池电压会浮高,具体电压需要测试。*/
 const uint16_t Boost_batlevel_Threshold[C_batLevel_SetMax] = 
 {
-    3000,   //0%
-    3050,	//5%
-    3100,	//10%
-    3200,	//15%
-    3250,	//20%
-    3300,   //25%
-    3350,	//30%
-    3400,	//40%
-    3450,	//45%
-    3500,	//50%
-    3600,	//55%
-    3650,   //60%
-    3700,	//65%
-    3750,	//70%
-    3800,	//75%
-    3850,	//80%
-    3900,	//85%
-    3975,	//90%
-    4050,   //95%
-    4125,	//100%
-    4200   //10
+    Bat_Lev_0,   	//0%
+    Bat_Lev_5,		//5%
+    Bat_Lev_10,		//10%
+    Bat_Lev_15,		//15%
+    Bat_Lev_20,		//20%
+    Bat_Lev_25,   	//25%
+    Bat_Lev_30,		//30%
+    Bat_Lev_35,		//35%
+    Bat_Lev_40,		//40%
+    Bat_Lev_45,		//45%
+    Bat_Lev_50,		//50%
+    Bat_Lev_55,   	//55%
+    Bat_Lev_60,		//60%
+    Bat_Lev_65,		//65%
+    Bat_Lev_70,		//70%
+    Bat_Lev_75,		//75%
+    Bat_Lev_80,		//80%
+    Bat_Lev_85,		//85%
+    Bat_Lev_90,   	//90%
+    Bat_Lev_95,		//95%
+    Bat_Lev_100  	 //100%
 };
 #if 0
 const uint16_t Charging_batlevel_Threshold1[C_batLevel_SetMax] = 
@ -533,7 +531,7 @@ void check_bat_level(void)
 #if ADC_ENABLE
 	for(i=0; i < C_batLevel_SetMax; i++)
 	{	
-	#if 0
+	#if 1

 		if( Vbat_Adc < Boost_batlevel_Threshold[i] )
 		{
--- a/UsrSrc/charger/charger_module.c
+++ b/UsrSrc/charger/charger_module.c
@ -29,10 +29,9 @@
 #include "bat.h"

 #ifdef NTC_ENABLE	
-bit NTC_Pro_Flag = 0;
+bit CHG_NTC_Pro_Flag = 0;
 #endif

-
 idata TE_CHG_STA ChgStatus; 	// CHG状态定义

 #if CHARGER_ENABLE
@ -134,9 +133,9 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)

 	if( Charge_sta )							//VBUS plugin status  充电模式
 	{	
-		if( ( NTC_Adc <= T_0C ) && ( NTC_Adc > T_60C ) )
+		if( ( NTC_Adc <= JEITA_NTC_CHG_PRO_LOW_TMP ) && ( NTC_Adc > JEITA_NTC_CHG_PRO_HIGH_TMP ) )
 		{
-			if( NTC_Adc > T_10C )		//0.5*ICC充电
+			if( NTC_Adc > JEITA_NTC_CHG_COLD_HIGH_TMP )		//0.5*ICC充电
 			{				
 				NTC_250mA_Chg_Flag = 1;
 				
@ -144,7 +143,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 				
 				if( NTC_500mA_Chg_Flag )
 				{
-					if( NTC_Adc > T_8C )
+					if( NTC_Adc > JEITA_NTC_CHG_COLD_HYST_HIGH_TMP )
 					{
 						NTC_500mA_Chg_Flag = 0; 
 						
@ -159,7 +158,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 				NTC_Flag = FALSE;
 			}
 			else
-			if( NTC_Adc <= T_10C && NTC_Adc > T_45C )	//1*ICC充电
+			if( NTC_Adc <= JEITA_NTC_CHG_WARM_LOW_TMP && NTC_Adc > JEITA_NTC_CHG_WARM_HIGH_TMP )	//1*ICC充电
 			{			
 				NTC_500mA_Chg_Flag = 1; 
 				
@ -167,7 +166,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 				
 				if( NTC_250mA_Chg_Flag )
 				{
-					if( NTC_Adc <= T_12C )
+					if( NTC_Adc <= JEITA_NTC_CHG_WARM_HYST_LOW_TMP )
 					{				
 						NTC_250mA_Chg_Flag = 0;
 						
@ -183,7 +182,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 				
 				if( NTC_Change_CV_Chg_Flag )
 				{
-					if( NTC_Adc <= T_42C )
+					if( NTC_Adc <= JEITA_NTC_CHG_WARM_HYST_HIGH_TMP )
 					{
 						NTC_Change_CV_Chg_Flag = 0;
 		
@ -198,7 +197,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 				NTC_Flag = FALSE;
 			}
 			else
-			if( NTC_Adc <= T_45C )	//浮充电压4.05V
+			if( NTC_Adc <= JEITA_NTC_CHG_HOT_LOW_TMP )	//浮充电压4.05V
 			{			
 				NTC_Change_CV_Chg_Flag = 1; 
 				
@ -206,7 +205,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 				
 				if( NTC_500mA_Chg_Flag )
 				{
-					if(NTC_Adc <= T_47C)
+					if(NTC_Adc <= JEITA_NTC_CHG_HOT_HYST_LOW_TMP)
 					{
 						NTC_500mA_Chg_Flag = 0;
 		
@ -223,7 +222,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 			
 			if( CHG_NTC_Low_Pro_Flag )
 			{
-				if( NTC_Adc < T_3C)
+				if( NTC_Adc < JEITA_NTC_CHG_PRO_HYST_LOW_TMP)
 				{
 					CHG_NTC_Low_Pro_Flag = 0;
 					NTC_Flag = FALSE;
@ -236,7 +235,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 			
 			if( CHG_NTC_High_Pro_Flag )
 			{
-				if( NTC_Adc > T_57C )
+				if( NTC_Adc > JEITA_NTC_CHG_PRO_HYST_HIGH_TMP )
 				{
 					CHG_NTC_High_Pro_Flag = 0;
 					NTC_Flag = FALSE;
@ -249,7 +248,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 		}
 		else
 		{
-			if( NTC_Adc > T_0C )					//不充电
+			if( NTC_Adc > JEITA_NTC_CHG_PRO_LOW_TMP )					//不充电
 			{				
 				CHG_NTC_Low_Pro_Flag = 1;
 				
@ -259,7 +258,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 				NTC_Flag = TRUE;
 			}
 			else
-			if( NTC_Adc <= T_60C )			//不充电
+			if( NTC_Adc <= JEITA_NTC_CHG_PRO_HIGH_TMP )			//不充电
 			{
 				
 				CHG_NTC_High_Pro_Flag = 1;
@ -280,11 +279,11 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 		CHG_NTC_Low_Pro_Flag = 0;
 		CHG_NTC_High_Pro_Flag = 0;
 		
-		if( NTC_Adc <= T_N20C && NTC_Adc > T_80C )	//正常放电
+		if( NTC_Adc <= NTC_DISCHG_PRO_LOW_TMP && NTC_Adc > NTC_DISCHG_PRO_HIGH_TMP )	//正常放电
 		{
 			if( DisChg_NTC_Low_Pro_Flag )
 			{
-				if( NTC_Adc < T_N15C )
+				if( NTC_Adc < NTC_DISCHG_HYST_LOW_TMP )
 				{
 					DisChg_NTC_Low_Pro_Flag = 0;
 					NTC_Flag = FALSE;
@ -297,7 +296,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 			
 			if( DisChg_NTC_High_Pro_Flag )
 			{
-				if( NTC_Adc > T_75C )
+				if( NTC_Adc > NTC_DISCHG_HYST_HIGH_TMP )
 				{
 					DisChg_NTC_High_Pro_Flag = 0;
 					NTC_Flag = FALSE;
@ -310,12 +309,12 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 		}	
 		else				//异常不放电
 		{			
-			if( NTC_Adc > T_N20C )
+			if( NTC_Adc > NTC_DISCHG_PRO_LOW_TMP )
 			{
 				DisChg_NTC_Low_Pro_Flag = 1;
 			}
 			else
-			if( NTC_Adc < T_80C )
+			if( NTC_Adc < NTC_DISCHG_PRO_HIGH_TMP )
 			{
 				DisChg_NTC_High_Pro_Flag = 1;
 			}
@ -328,11 +327,11 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)

 	if(Charge_sta)		//VBUS plugin status  充电模式
 	{
-		if(NTC_Adc <= T_0C && NTC_Adc > T_45C)		//正常充电
+		if(NTC_Adc <= IEC_NTC_CHG_PRO_LOW_TMP && NTC_Adc > IEC_NTC_CHG_PRO_HIGH_TMP)		//正常充电
 		{
 			if(CHG_NTC_Low_Pro_Flag)
 			{
-				if( NTC_Adc < T_3C )
+				if( NTC_Adc < IEC_NTC_CHG_HYST_LOW_TMP )
 				{
 					CHG_NTC_Low_Pro_Flag = 0;
 					
@ -346,7 +345,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 			
 			if(CHG_NTC_High_Pro_Flag)
 			{
-				if( NTC_Adc > T_42C )
+				if( NTC_Adc > IEC_NTC_CHG_HYST_HIGH_TMP )
 				{
 					CHG_NTC_High_Pro_Flag = 0;
 					
@ -360,12 +359,12 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 		}
 		else			//异常不充电
 		{								
-			if(NTC_Adc > T_0C)
+			if(NTC_Adc > IEC_NTC_CHG_PRO_LOW_TMP)
 			{
 				CHG_NTC_Low_Pro_Flag = 1;
 			}
 			else
-			if(NTC_Adc <= T_45C)
+			if(NTC_Adc <= IEC_NTC_CHG_PRO_HIGH_TMP)
 			{
 				CHG_NTC_High_Pro_Flag = 1;
 			}
@ -384,11 +383,11 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 		CHG_NTC_Low_Pro_Flag = 0;
 		CHG_NTC_High_Pro_Flag = 0;
 		
-		if( (NTC_Adc <= T_N20C) && (NTC_Adc > T_80C) )	//正常放电
+		if( (NTC_Adc <= NTC_DISCHG_PRO_LOW_TMP) && (NTC_Adc > NTC_DISCHG_PRO_HIGH_TMP) )	//正常放电
 		{
 			if( DisChg_NTC_Low_Pro_Flag )
 			{
-				if( NTC_Adc < T_N15C )
+				if( NTC_Adc < NTC_DISCHG_HYST_LOW_TMP )
 				{
 					DisChg_NTC_Low_Pro_Flag = 0;
 					
@ -402,7 +401,7 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 			
 			if(DisChg_NTC_High_Pro_Flag)
 			{
-				if( NTC_Adc > T_75C )
+				if( NTC_Adc > NTC_DISCHG_HYST_HIGH_TMP )
 				{
 					DisChg_NTC_High_Pro_Flag = 0;
 					
@ -416,12 +415,12 @@ uint8_t PMU_NTC_Handle(uint8_t Charge_sta)
 		}
 		else		//异常不放电
 		{		
-			if(NTC_Adc > T_N20C)
+			if(NTC_Adc > NTC_DISCHG_PRO_LOW_TMP)
 			{
 				DisChg_NTC_Low_Pro_Flag = 1;
 			}
 			else
-			if(NTC_Adc <= T_80C)
+			if(NTC_Adc <= NTC_DISCHG_PRO_HIGH_TMP)
 			{
 				DisChg_NTC_High_Pro_Flag = 1;
 			}
@ -478,12 +477,12 @@ void Charger_Handler(void)
 	{		
 		Set_PMU_CHG(OFF);										//Disable Charger.
 		
-		NTC_Pro_Flag = 1;
+		CHG_NTC_Pro_Flag = 1;
 		
 		return;
 	}
 	
-	NTC_Pro_Flag = 0;
+	CHG_NTC_Pro_Flag = 0;
 	
 #endif

--- a/UsrSrc/discharge/discharge_module.c
+++ b/UsrSrc/discharge/discharge_module.c
@ -26,6 +26,10 @@
 #include "led.h"
 #include "bat.h"

+#ifdef NTC_ENABLE	
+bit Boost_NTC_Pro_Flag = 0;
+#endif
+
 bit gBoost_Prepared_Flag = 0;	//Boost满足开启条件。

 #if DISCHARGE_ENABLE
@ -176,12 +180,12 @@ void DisCharge_Handler(void)
 		
 		Set_PMU_Boost(OFF); 
 		
-		NTC_Pro_Flag = 1;
+		Boost_NTC_Pro_Flag = 1;
 		
 		return;
 	}	
 	
-	NTC_Pro_Flag = 0;
+	Boost_NTC_Pro_Flag = 0;
 	
 #endif	

--- a/UsrSrc/key/key.c
+++ b/UsrSrc/key/key.c
@ -226,7 +226,6 @@ uint8_t Key_Lift_Debounce = 0;
 #ifdef _DEBUG_KEY
 				printf("Boost Open Key.(line:%d)\r\n",(u16)__LINE__);
 #endif
-
 				return;
 			}	
 			
@ -255,7 +254,7 @@ uint8_t Key_Lift_Debounce = 0;
 			nKey_Press_short_irq = 0;
 			
 			/*todo*/
-			Event_key = KEY_EVENT_SHORT;
+		//	Event_key = KEY_EVENT_SHORT;

 #ifdef _DEBUG_KEY
 			printf("short press\r\n");
@ -275,11 +274,18 @@ uint8_t Key_Lift_Debounce = 0;
 			if( Key_TWS_Pair_Tim < 1 )
 			{
 #ifdef VOX_TX
-				HandleTxCommand(VHOUSE_CMD_PAIR,VOR_CHAN); 		//右耳发配对指令，区分耳机通道。
+
+#if XUANHENG
+				HandleTxCommand(CMD_TWS_GET_BTADDR,VOL_CHAN); 	
+#else
+				HandleTxCommand(VHOUSE_CMD_PAIR,VOL_CHAN); 		//右耳发配对指令，区分耳机通道。
+#endif
+
 #endif
 				Vox_Get_BES_Addr_Flag[VOL_TYPE] = 0x00;

 				Vox_Get_BES_Addr_Flag[VOR_TYPE] = 0x00; 
+				
 #ifdef _DEBUG_KEY
 				printf("Key Pair TX VOR(line:%d).\r\n",(uint16_t)__LINE__);
 #endif				
@ -289,7 +295,13 @@ uint8_t Key_Lift_Debounce = 0;
 				if(Key_TWS_Pair_Cnt > KEY_TWS_PAIR_CNT)	 //耳机蓝牙地址置换超时10s，关闭蓝牙地址置换，开启VOX 5V。
 				{
 					Key_TWS_Pair_Cnt = 0;
+#if XUANHENG

+					HandleTxCommand(CMD_PAIRING_IMD,VOR_CHAN);	
+
+					HandleTxCommand(CMD_PAIRING_IMD,VOL_CHAN);	
+					
+#endif
 					Event_key = KEY_EVENT_Empty;

 					OpenCover_TX_Cmd_Flag = 1;
@ -304,32 +316,40 @@ uint8_t Key_Lift_Debounce = 0;
 				}
 				else
 				{
-					if( Vox_Get_BES_Addr_Flag[VOR_TYPE] == 0x01 )	  /*收到右耳回复的CMD3指令。*/
+					if( Vox_Get_BES_Addr_Flag[VOL_TYPE] == 0x01 )	  /*收到右耳回复的CMD3指令。*/
 					{		
 #ifdef VOX_TX	
+
 #if JIELI
-						HandleTxCommand(VHOUSE_CMD_EXCH_TWS_BTADDR,VOL_CHAN);			/*获取到右耳回复的CMD3指令，转发给左耳。*/ 
+						HandleTxCommand(VHOUSE_CMD_EXCH_TWS_BTADDR,VOR_CHAN);			/*获取到右耳回复的CMD3指令，转发给左耳。*/ 
 #elif ZHONGKE
-						HandleTxCommand( VHOUSE_CMD_GET_TWS_BTADDR, VOL_CHAN );			/*获取到右耳回复的CMD3指令，转发给左耳。*/ 
+						HandleTxCommand( VHOUSE_CMD_GET_TWS_BTADDR, VOR_CHAN );			/*获取到右耳回复的CMD3指令，转发给左耳。*/ 
+#elif XUANHENG
+						HandleTxCommand( CMD_TWS_SET_BTADDR, VOR_CHAN );	
 #endif
+
 #endif
-						Vox_Get_BES_Addr_Flag[VOR_TYPE] = 0x02; 
+						Vox_Get_BES_Addr_Flag[VOL_TYPE] = 0x02; 
 #ifdef _DEBUG_KEY
 						printf("Key Pair Get VOR(line:%d).\r\n",(uint16_t)__LINE__);
 #endif	

 					}
 					else
-					if( Vox_Get_BES_Addr_Flag[VOR_TYPE] == 0x02 )	
+					if( Vox_Get_BES_Addr_Flag[VOL_TYPE] == 0x02 )	
 					{
-						if( Vox_Get_BES_Addr_Flag[VOL_TYPE] != 0x00 )
+						if( Vox_Get_BES_Addr_Flag[VOR_TYPE] != 0x00 )
 						{
 #ifdef VOX_TX	
+
 #if JIELI
-							HandleTxCommand(VHOUSE_CMD_EXCH_TWS_BTADDR,VOR_CHAN);			/*获取到右耳回复的CMD3指令，转发给左耳。*/ 
+							HandleTxCommand(VHOUSE_CMD_EXCH_TWS_BTADDR,VOL_CHAN);			/*获取到右耳回复的CMD3指令，转发给左耳。*/ 
 #elif ZHONGKE
-							HandleTxCommand( VHOUSE_CMD_GET_TWS_BTADDR, VOR_CHAN ); 		/*获取到右耳回复的CMD3指令，转发给左耳。*/ 
+							HandleTxCommand( VHOUSE_CMD_GET_TWS_BTADDR, VOL_CHAN ); 		/*获取到右耳回复的CMD3指令，转发给左耳。*/ 
+#elif XUANHENG
+							HandleTxCommand( CMD_TWS_SET_BTADDR, VOL_CHAN );	
 #endif
+
 #endif
 							Vox_Get_BES_Addr_Flag[VOL_TYPE] = 0x00; 
 							Vox_Get_BES_Addr_Flag[VOR_TYPE] = 0x00;
@ -351,7 +371,13 @@ uint8_t Key_Lift_Debounce = 0;
 						else
 						{
 #ifdef VOX_TX			
-							HandleTxCommand(VHOUSE_CMD_PAIR,VOL_CHAN);	
+						
+#if XUANHENG
+							HandleTxCommand(CMD_TWS_GET_BTADDR,VOR_CHAN); 	
+#else
+							HandleTxCommand(VHOUSE_CMD_PAIR,VOR_CHAN); 		//右耳发配对指令，区分耳机通道。
+#endif
+
 #endif
 #ifdef _DEBUG_KEY
 							printf("Key Pair TX VOL(line:%d).\r\n",(uint16_t)__LINE__);
@ -384,14 +410,26 @@ uint8_t Key_Lift_Debounce = 0;
 				if( !( Key_TWS_Clear_Pair_Tim % KEY_LL_TX_Interval_2 ) )
 				{
 #ifdef VOX_TX	
+
+#if XUANHENG
+					HandleTxCommand(CMD_CLEAR_PAIR,VOR_CHAN); 
+#else
 					HandleTxCommand(VHOUSE_CMD_CLEAR_PAIR,VOR_CHAN); 
+#endif
+
 #endif
 				}
 				else
 				if( !( Key_TWS_Clear_Pair_Tim % KEY_LL_TX_Interval ) )
 				{
 #ifdef VOX_TX	
+
+#if XUANHENG
+					HandleTxCommand(CMD_CLEAR_PAIR,VOL_CHAN); 
+#else
 					HandleTxCommand(VHOUSE_CMD_CLEAR_PAIR,VOL_CHAN); 
+#endif
+
 #endif
 				}	
 				
--- a/UsrSrc/led/led.c
+++ b/UsrSrc/led/led.c
@ -55,6 +55,12 @@ void LED_Init(void)
 	SFRADDR = P1_OE;
 	SFRDATA = 0x0F;	
 	
+	SFRADDR = LED_CTL;
+	SFRDATA = 0x0F; 
+	
+	SFRADDR = P1_DRV0;				//配置P10-P13输出驱动能力：0:800Ω；1:400Ω
+	SFRDATA = LED_DRV_LIMIT_SET;		
+	
 	LEDR_OFF();
 	LEDG_OFF();
 	LEDB_OFF();
--- a/UsrSrc/uart/uart.c
+++ b/UsrSrc/uart/uart.c
@ -162,11 +162,18 @@ void Uart0SendPacket(uint16_t Length,uint8_t *TransBuf)
 uint8_t Rx0Status = 0;	

 uint8_t RX0_Cnt = 0;
+#if XUANHENG
+
+uint16_t RX0DataLen = 0;
+
+#endif

 #define Vox_Comm_JL_HEADER_DATA_LEN				4

 #define Vox_Comm_ZK_HEADER_DATA_LEN				6

+#define Vox_Comm_XH_HEADER_DATA_LEN				7
+
 /*uart0中断处理函数*/
 void uart0_Interrupt(void) interrupt Interrupt_Vector_RI_TI
 {
@ -188,6 +195,49 @@ void uart0_Interrupt(void) interrupt Interrupt_Vector_RI_TI

 #ifdef VOX_RX	

+#if XUANHENG
+		
+		switch(Rx0Status)
+		{
+			case 0:
+				
+				if( S0BUF == BOXHEADER )  
+				{		
+					Rx0Status = 1;	
+					
+					RX0_Cnt = 0;	
+					
+					RX0_Buffer[RX0_Cnt++] = S0BUF;
+				}
+				else
+				{
+					Rx0Status = 0;	
+
+					RX0_Cnt = 0;	
+				}				
+			break;
+				
+			case 1:
+				
+				RX0_Buffer[RX0_Cnt++] = S0BUF; 
+											
+				if( RX0_Cnt == Vox_Comm_XH_HEADER_DATA_LEN )
+				{
+					RX0DataLen = RX0_Buffer[5] | (RX0_Buffer[6] << 8) + 9;				//获取数据长度，Headr(1Byte) + Trandsmit Dir(1Byte) + CMD(2Bytes) + datalen(2Bytes) + CRC16(2Bytes)	
+				}	
+				
+				if( (RX0DataLen == RX0_Cnt) || (RX0_Cnt > COM0_Data_Lenth) )			//当接收到的data个数等于RX0DataLen，这结束本次传输。
+				{				
+					RX0_Cnt = 0;
+					
+					Rx0Status = 0;
+					
+					Uart0_RX_Finish_Flag = 1;				
+				}						
+		}
+		
+#else
+
 		switch(Rx0Status)
 		{
 			case 0:
@ -246,6 +296,7 @@ void uart0_Interrupt(void) interrupt Interrupt_Vector_RI_TI
 			default:
 			break;
 		}
+#endif

 #endif
 	}
--- a/UsrSrc/userapp/userapp.c
+++ b/UsrSrc/userapp/userapp.c
@ -134,7 +134,7 @@ void LED_Display_App(void)

 #ifdef NTC_ENABLE	
 	/*NTC保护，4灯一直快闪(2Hz)*/
-	if( NTC_Pro_Flag || Vox_Output_Short_Flag )
+	if( CHG_NTC_Pro_Flag || Boost_NTC_Pro_Flag || Vox_Output_Short_Flag )
 	{
 		if( !LED_On_Flag1 )
 		{
--- a/UsrSrc/vox/vox_module.c
+++ b/UsrSrc/vox/vox_module.c
@ -79,25 +79,59 @@ xdata uint8_t	Vox_Get_BES_Addr_Flag[2] = {0};

 #endif

-#ifdef VOX_TX
-
-idata uint8_t	Net_Info[2][13] = {0};
-
-idata uint8_t	MAC_Addr[2][18] = {0};
-
 uint8_t EarPhone_Num = 0;

 #endif

-xdata uint8_t	Earphone_Vbat[2] = 0;    //对耳电量
-
-xdata uint8_t Vox_Online_State[2] = {0}; 				//耳机在线标志位
-
 bit OpenCover_TX_Cmd_Flag = 0;

 #define KEY_TWS_PAIR_TIMER	 	2
 #define KEY_TWS_PAIR_CNT 		6

+#if XUANHENG
+
+xdata uint8_t	Vox_Pairing_State[2] = {0};		//耳机配对状态，0是无效，1是正在配对，2是配对成功，3不处理，保持当前状态。
+		
+xdata uint8_t	Vox_Set_BES_Addr_Flag[2] = {0};	
+
+xdata uint8_t	BES_Addr[6] = {0};			//蓝牙耳机地址，Vox_Bes_Addr[0][6]：VOL；Vox_Bes_Addr[1][6]：VOR
+
+xdata uint8_t	Random_Data[8] = {0};
+
+xdata uint8_t	Bes_Bet_Level[2] = {0};    //对耳电池电量信息，Bes_Bet_Level[0]：左耳；Bes_Bet_Level[1]：右耳
+
+xdata uint8_t	Bes_Chg_Full[2] = {0};		//对耳硬件是否满电：0非满电；1：满电。
+
+xdata uint8_t	Tws_Paired_Record[2] = {0};			//TWS配对记录；0：有TWS配对记录；1：没有TWS配对记录；
+
+xdata uint8_t	Phone_Paired_Record[2] = {0};		//手机配对记录；0：有与手机配对记录；1：没有和手机配对记录。
+
+xdata uint8_t	Bes_OTA_State[2] = {0};				//耳机静默升级状态；1：有；0：没有
+
+xdata uint8_t	Bes_Set_SN_State[2] = {0};			//耳机应答仓写入SN是否成功。1：成功；0：失败
+
+xdata uint8_t	Bes_In_Pair_State[2] = {0};			//耳机进入配对状态标志位
+
+xdata uint8_t	Vox_Clear_Pair_Flag[2] = {0};
+
+bit Vol_Bes_Addr_Flag = 0;
+bit Vor_Bes_Addr_Flag = 0;
+
+xdata uint8_t	SN_Num[22] = {0};			//SN码，需要从OTP的固定位置获取。
+
+xdata uint8_t SN_Num_Start = 0;					//SN码发送起始位置，有开盖动作时清零。
+
+bit gShip_Mode_Flag	= 0;		 //船运模式标志位：0：正常关机；1：船运模式
+
+#else
+
+xdata uint8_t	Net_Info[2][13] = {0};
+
+xdata uint8_t	MAC_Addr[2][18] = {0};
+
+xdata uint8_t	Earphone_Vbat[2] = 0;    //对耳电量
+
+#endif
 /******************************************************************************\
                             Functions definitions
 \******************************************************************************/
@ -409,6 +443,8 @@ void Vox_Det_Machine(void)

 	static uint8_t Vox_Output_Debounce;

+	static uint8_t Vox_Output_Cnt;
+	
 	static bit CoverEvent_Flg1;
 		
 	/*Vox 过流保护，两只耳机都每隔200ms打嗝一次*/
@ -577,7 +613,8 @@ void Vox_Det_Machine(void)
 #elif ZHONGKE

 							HandleTxCommand(VHOUSE_CMD_GET_VBAT,VOL_CHAN); 		//左耳发开盖指令，区分耳机通道。
-							
+#elif XUANHENG
+							HandleTxCommand(CMD_HEARTBEAT,VOL_CHAN); 	
 #endif
 #endif
 						}	
@ -592,6 +629,9 @@ void Vox_Det_Machine(void)
 #elif ZHONGKE

 							HandleTxCommand(VHOUSE_CMD_GET_VBAT,VOR_CHAN);		//右耳发开盖指令，区分耳机通道。
+#elif XUANHENG
+
+							HandleTxCommand(CMD_HEARTBEAT,VOR_CHAN); 

 #endif
 #endif
@ -712,21 +752,40 @@ void Vox_Det_Machine(void)
 						if( (Vox_TX_Timer % Vox_TX_Interval_2) == 0 )	//200ms发送一次
 						{
 #ifdef VOX_TX
+
 #if JIELI
+
 							HandleTxCommand(VHOUSE_CMD_CLOSE_BOX,VOL_CHAN);		//左耳发开盖指令，区分耳机通道。
+							
 #elif ZHONGKE
+
 							HandleTxCommand(VHOUSE_CMD_CLOSE_WINDOW,VOL_CHAN);		//左耳发开盖指令，区分耳机通道。
+							
+#elif XUANHENG
+
+							HandleTxCommand(CMD_HEARTBEAT,VOL_CHAN); 
+
 #endif
+
 #endif
 						}	
 						else
 						if( (Vox_TX_Timer % Vox_TX_Interval) == 0 )	//200ms发送一次
 						{
 #ifdef VOX_TX
+
 #if JIELI
+
 							HandleTxCommand(VHOUSE_CMD_CLOSE_BOX,VOR_CHAN);		//右耳发开盖指令，区分耳机通道。
+							
 #elif ZHONGKE
+
 							HandleTxCommand(VHOUSE_CMD_CLOSE_WINDOW,VOR_CHAN);		//右耳发开盖指令，区分耳机通道。
+							
+#elif XUANHENG
+
+							HandleTxCommand(CMD_HEARTBEAT,VOR_CHAN); 
+
 #endif
 							
 #endif
@ -744,9 +803,17 @@ void Vox_Det_Machine(void)
 #ifdef VOX_TX
 							
 #if JIELI
+
 							HandleTxCommand(VHOUSE_CMD_CLOSE_WIN_GET_VBAT,VOL_CHAN);		//左耳发开盖指令，区分耳机通道。
+							
 #elif ZHONGKE
-							HandleTxCommand(VHOUSE_CMD_PAIR,VOL_CHAN);					//左耳发开盖指令，区分耳机通道。
+
+							HandleTxCommand(VHOUSE_CMD_GET_TWS_BTADDR,VOL_CHAN);					//左耳发开盖指令，区分耳机通道。
+							
+#elif XUANHENG
+
+							HandleTxCommand(CMD_TWS_GET_BTADDR,VOL_CHAN); 
+
 #endif	

 #endif
@ -755,12 +822,20 @@ void Vox_Det_Machine(void)
 						if( (Vox_Output_Debounce % Vox_TX_Interval) == 0 ) //200ms发送一次
 						{
 #ifdef VOX_TX
+
 #if JIELI

 							HandleTxCommand(VHOUSE_CMD_CLOSE_WIN_GET_VBAT,VOR_CHAN); 	//右耳发开盖指令，区分耳机通道。
 #elif ZHONGKE
-							HandleTxCommand(VHOUSE_CMD_PAIR,VOR_CHAN);					//右耳发开盖指令，区分耳机通道。
+
+							HandleTxCommand(VHOUSE_CMD_GET_TWS_BTADDR,VOR_CHAN);					//右耳发开盖指令，区分耳机通道。
+							
+#elif XUANHENG
+
+							HandleTxCommand(CMD_TWS_GET_BTADDR,VOR_CHAN); 
+
 #endif	
+
 #endif							
 						}
 					
@ -798,7 +873,7 @@ void Vox_Det_Machine(void)

 						Vox_Chg_Full_Flag = 1;

-						Vox_Output_Debounce = 0;
+						Vox_Output_Cnt = 0;

 						Vox_Voltage_Hold_Timer = 0;

@ -818,24 +893,43 @@ void Vox_Det_Machine(void)
 				}
 				else
 				{
-
-					if( Vox_Output_Debounce <= Vox_COM_MSG_Tim )
+					if( Vox_Output_Cnt <= Vox_COM_MSG_Tim )
 					{			
-						if( (Vox_Output_Debounce % Vox_TX_Interval_2) == 0 )	//200ms发送一次
+						if( (Vox_Output_Cnt % Vox_TX_Interval_2) == 0 )	//200ms发送一次
 						{
 #ifdef VOX_TX
-							HandleTxCommand(VHOUSE_CMD_PWROFF,VOL_CHAN);		//左耳发开盖指令，区分耳机通道。
+
+#if XUANHENG
+
+							HandleTxCommand(CMD_SHUT_DOWN,VOL_CHAN); 			//左耳发关机指令，区分耳机通道。
+
+#else
+
+							HandleTxCommand(VHOUSE_CMD_PWROFF,VOL_CHAN);		//左耳发关机指令，区分耳机通道。
+							
+#endif
+
 #endif
 						}	
 						else
-						if( (Vox_Output_Debounce % Vox_TX_Interval) == 0 )	//200ms发送一次
+						if( (Vox_Output_Cnt % Vox_TX_Interval) == 0 )	//200ms发送一次
 						{
 #ifdef VOX_TX
-							HandleTxCommand(VHOUSE_CMD_PWROFF,VOR_CHAN);		//右耳发开盖指令，区分耳机通道。
+
+#if XUANHENG
+
+							HandleTxCommand(CMD_SHUT_DOWN,VOR_CHAN); 			//右耳发关机指令，区分耳机通道。
+
+#else
+
+							HandleTxCommand(VHOUSE_CMD_PWROFF,VOR_CHAN);		//右耳发关机指令，区分耳机通道。
+							
+#endif
+
 #endif
 						}
 					
-						Vox_Output_Debounce++;
+						Vox_Output_Cnt++;
 					}
 					else
 					{			
@ -1374,6 +1468,57 @@ void Vox_Follow_Chg( g_Vox_Fllow_Chg_Cfg *n_Vox_Fllow_Chg )

 #endif

+#if XUANHENG
+
+ /*
+  *******************************************************************************
+  * 			u16 CalCheckCrc16(u8 * pucFrame, u16 usLen)
+  *
+  * Description : 校验和的计算(CRC-16-XMODE)
+  * 			  
+  *
+  * Arguments	: u8 *pucFrame: 数据存放地址
+				  u16 usLen: 数据长度, 以byte为单位
+				  
+  * Returns 	:
+  *
+  * Notes		:
+  *
+  *******************************************************************************
+ */
+
+ uint16_t CalCheckCrc16(uint8_t *pucFrame, unsigned int usLen)
+{
+  uint16_t wCRCin = 0x0000;
+  uint16_t wCPoly = 0x1021;
+  uint8_t wChar = 0;
+  unsigned int i;
+ 
+  while (usLen--)  
+  {
+  
+	  wChar = *(pucFrame++);
+	  
+	  wCRCin ^= (wChar << 8);
+	  
+	  for(i = 0;i < 8;i++)
+	  {
+		   if(wCRCin & 0x8000)
+		   {
+		     wCRCin = (wCRCin << 1) ^ wCPoly;
+		   }
+		   else
+		   {
+		     wCRCin = wCRCin << 1;
+		   }
+	  }
+  }
+  
+  return (wCRCin);
+}
+
+#else
+
 /*
 *******************************************************************************
 *			 uint8_t Crc8Maxim(u8 *buf, u8 length)
@ -1412,6 +1557,8 @@ void Vox_Follow_Chg( g_Vox_Fllow_Chg_Cfg *n_Vox_Fllow_Chg )
 	 return crc;
 }
 
+#endif
+
 #ifdef VOX_TX
 /*
 *******************************************************************************
@ -1433,10 +1580,8 @@ void Vox_Follow_Chg( g_Vox_Fllow_Chg_Cfg *n_Vox_Fllow_Chg )
 */
 void HandleTxCommand(VOX_BES_COMMAND_E TxCommand, e_Vox_Chan nVox_Chn_Select)
 {
-	uint8_t dataLen = 0;
-	
+	uint16_t dataLen = 0;
 	uint8_t tx_pData[COM0_Data_Lenth] = 0;
-	
 	uint8_t i = 0;

 #if JIELI
@ -1459,12 +1604,14 @@ void HandleTxCommand(VOX_BES_COMMAND_E TxCommand, e_Vox_Chan nVox_Chn_Select)
 			if( nVox_Chn_Select == VOL_CHAN )    
 			{
 				tx_pData[5] = 0x02;	
+				
 				Vox_Get_BES_Addr_Flag[VOL_TYPE] = 0;
 			}											
 			else
 			if( nVox_Chn_Select == VOR_CHAN )   
 			{
 				tx_pData[5] = 0x01;
+				
 				Vox_Get_BES_Addr_Flag[VOR_TYPE] = 0;
 			}		
 			
@ -1489,6 +1636,7 @@ void HandleTxCommand(VOX_BES_COMMAND_E TxCommand, e_Vox_Chan nVox_Chn_Select)
 		case VHOUSE_CMD_CLEAR_PAIR:
 			/*Data Length*/
 			tx_pData[3] = 0x02; 
+			
 			tx_pData[5] = 0x03; 

 		break;		
@ -1498,7 +1646,9 @@ void HandleTxCommand(VOX_BES_COMMAND_E TxCommand, e_Vox_Chan nVox_Chn_Select)
 		case VHOUSE_CMD_OPEN_BOX:        //开盖获取电量命令
 			/*Data Length*/
 			tx_pData[3] = 0x05; 
+		
 			tx_pData[5] = FW_VER; 			//Version
+			
 			tx_pData[6] = bat_level * 5;       //电仓电量值 0~100；

 			tx_pData[7] = MAX_PACKET_SIZE;				//max_packet_size:0x20
@ -1626,36 +1776,164 @@ void HandleTxCommand(VOX_BES_COMMAND_E TxCommand, e_Vox_Chan nVox_Chn_Select)
 	
 	tx_pData[dataLen] = Crc8Maxim(tx_pData,dataLen);

+#elif XUANHENG

+	uint16_t Checksum = 0;
+
+	/*数据包头*/
+	tx_pData[0] = BOXHEADER;
+	/*耳机通道*/
+
+	tx_pData[1] = nVox_Chn_Select;		/*传输方向：Bit0-3：接收端；Bit4-7：发送端
+										 1：双耳
+										 2：充电盒
+										 3：PC/工装
+										 4：左耳
+										 5：右耳
+										 */
+	/*指令编号*/
+	tx_pData[2] = TxCommand;	
+	tx_pData[3] = TxCommand >> 8;	/*小端模式：低字节在前
+									 Bit0-7：命令号
+									 Bit8-14：预留
+									 Bit15:包类型
+									 0:REQ
+									 1:ACK
+									 */
+	tx_pData[4] = CoverStatus;			//开关盒状态
+
+	switch(TxCommand)
+	{
+			case CMD_TWS_GET_BTADDR:   			//获取耳机MAC地址
+				/*Data Length*/
+				tx_pData[5] = 0x00; 		//小端模式，低位在前，长2Bytes。	
+				tx_pData[6] = 0x00; 
+#ifdef VOX_RX	
+				for(i=0;i<6;i++)		
+				{
+					BES_Addr[i] = 0;				//清本地耳机蓝牙地址。
+				}	
 #endif
+			break;
 		
+			case CMD_TWS_SET_BTADDR:
+				/*Data Length*/
+				tx_pData[5] = 0x0E; 		//小端模式，低位在前，长2Bytes。	
+				tx_pData[6] = 0x00; 
+#ifdef VOX_RX		
+				for(i=0;i<6;i++)		
+				{
+					tx_pData[7+i] = BES_Addr[i];				//发送耳机蓝牙地址。
+				}
+#endif				
+				for(i=0;i<8;i++)		
+				{
+					tx_pData[13+i] = Random_Data[i];				//发送随机数。
+				}
 				
-#if 0
+			break;
+
+			case CMD_SHUT_DOWN: 		
+				/*Data Length*/
+				tx_pData[5] = 0x01; 		//小端模式，低位在前，长2Bytes。	
+				tx_pData[6] = 0x00; 
+								
+				tx_pData[7] = gShip_Mode_Flag;    //船运模式：0：正常关机；1：船运模式
+			
+			break;
+			
+			case CMD_PAIRING_IMD:			//立即执行TWS配对
+				/*Data Length*/
+				tx_pData[5] = 0x00; 		//小端模式，低位在前，长2Bytes。	
+				tx_pData[6] = 0x00; 
+			
+			break;
+			
+			case CMD_CLEAR_PAIR:
+				/*Data Length*/
+				tx_pData[5] = 0x00; 		//小端模式，低位在前，长2Bytes。	
+				tx_pData[6] = 0x00; 			
+			break;
+				
+			case CMD_HEARTBEAT:
+				/*Data Length*/
+				tx_pData[5] = 0x05; 		//小端模式，低位在前，长2Bytes。	
+				tx_pData[6] = 0x00; 	
+				/*
+				data定义：
+				1、D0、D1（2Bytes）构成充电盒的版本信息，D0的高4bit为充电盒硬件PCBA版本号，D0低4bit和D1构成充电盒软件版本号。
+				2、D2（1Byte）构成充电盒电量和充电状态，D2的bit7为是否有PG接入；D2的低7位表示充电盒电量信息，范围0-100;
+				3、D3（1Byte）构成对耳电量信息，根据协议中的Side信息区分左右耳电量信息。
+				4、D4（1Byte）耳机静默升级，充电盒默认发0x00
+				*/
+				tx_pData[7] = HW_VER << 4; 
+				tx_pData[7] |= FW_VER >> 8;
+				tx_pData[8] = FW_VER;
+
+				tx_pData[9] = ( ( ChgStatus & CHG_STA_ING ) << 6 ) | ( 5 * bat_level );
 				
-	/* vor、vol使用不同uart进行通讯 */
 				if(nVox_Chn_Select == VOL_CHAN)
 				{
-		VOL_EN_Type(VOX_COMM_Mode_Uart);
-		
-#if UART1_ENABLE	
-		Uart1SendPacket(tx_pData[4] + 6, tx_pData);    
-#endif	
-		VOL_EN_Type(VOX_VOUT_Mode);
-
+					tx_pData[10] = Bes_Bet_Level[0];
 				}
 				else
 				if(nVox_Chn_Select == VOR_CHAN)
 				{
-		VOR_EN_Type(VOX_COMM_Mode_Uart);
-		
-#if UART0_ENABLE	
-		Uart0SendPacket(tx_pData[4] + 6, tx_pData);    
-#endif	
-		VOR_EN_Type(VOX_VOUT_Mode);
+					tx_pData[10] = Bes_Bet_Level[1];
 				}
 				
-#else
+				tx_pData[11] = 0x00;
 				
+			break;	
+			
+			case CMD_SN:						//由于SN码较长，充电盒需分多次发送，D0表示充第几位开始发送，一次固定发送9Bytes。最后一包SN数据不够9Bytes的补0或0xff。
+				/*Data Length*/
+				tx_pData[5] = 0x0A; 		//小端模式，低位在前，长2Bytes。	
+				tx_pData[6] = 0x00; 	
+			
+				tx_pData[7] = SN_Num_Start;
+				
+				for(i=0;i<9;i++)		
+				{
+					if( (SN_Num_Start + i) > 22 )
+					{
+						tx_pData[8+i] = 0xFF;
+					}
+					else
+					{
+						tx_pData[8+i] = SN_Num[ SN_Num_Start + i ];				//发送随机数。
+					}
+				}	
+				
+				SN_Num_Start += 9;
+
+			break;
+
+			case CMD_GET_INTO_PAIR:
+				/*Data Length*/
+				tx_pData[5] = 0x01; 		//小端模式，低位在前，长2Bytes。	
+				tx_pData[6] = 0x00;
+			
+				tx_pData[7] = 0x01;			//01进入配对状态
+			break;
+			
+			case BES_RESET: 				//复位patten	
+						
+			return;
+			
+			default:
+			break;
+		}
+
+	dataLen = (uint16_t)( tx_pData[5] | ( tx_pData[6] << 8 ) ) + 7;
+	
+	Checksum = CalCheckCrc16( tx_pData, dataLen );			//计算检验和
+	
+	tx_pData[ dataLen ] = Checksum;
+	
+	tx_pData[ ++dataLen ] = Checksum >> 8;
+	
+#endif	
 	/* vor、vol都使用uart0进行分时通讯。 */
 	VOX_EN_Type( VOX_COMM_Mode_Uart );
 	
@ -1691,8 +1969,6 @@ void HandleTxCommand(VOX_BES_COMMAND_E TxCommand, e_Vox_Chan nVox_Chn_Select)
 		SFRDATA |= 0x04;
 	}

-#endif
-
 }

 #endif
@ -1820,6 +2096,141 @@ void HandleRxMsg(VOX_BES_COMMAND_E  RxCommand)
 		break;
 	}

+#elif XUANHENG
+
+	uint8_t CMD_Type = 0;
+
+	CMD_Type = RX0_Buffer[1] >> 4;
+	if( CMD_Type & TWS_PC ) 		//PC/工装->盒子
+	{
+
+	}
+	else	//耳机->盒子			
+	{	
+		switch(RxCommand)
+		{
+			case CMD_TWS_GET_BTADDR:
+				
+				for(i=0;i<RX0_Buffer[5];i++)		
+				{
+					BES_Addr[i] = RX0_Buffer[i+7];				//获取耳机MAC地址。
+				}					
+				if( CMD_Type == TWS_VOL )	 //根据耳机Side参数
+				{								
+					Vox_Get_BES_Addr_Flag[VOL_TYPE] = 1;			//左耳机蓝牙地址写入是否成功状态标志
+				}
+				else
+				{			
+					Vox_Get_BES_Addr_Flag[VOR_TYPE] = 1;			//右耳机蓝牙地址写入是否成功状态标志
+				}
+
+			break;
+						
+			case CMD_SHUT_DOWN: 		
+				
+			break;
+
+			case CMD_TWS_SET_BTADDR:
+				
+			if( CMD_Type == TWS_VOL )	 //根据耳机Side参数
+			{								
+				Vox_Set_BES_Addr_Flag[VOL_TYPE] = RX0_Buffer[7];			//左耳机蓝牙地址写入是否成功状态标志
+			}
+			else
+			{			
+				Vox_Set_BES_Addr_Flag[VOR_TYPE] = RX0_Buffer[7];			//右耳机蓝牙地址写入是否成功状态标志
+			}	
+			
+			break;
+
+			case CMD_CLEAR_PAIR:		//按键长按10s发送此命令。 
+			
+				if( CMD_Type == TWS_VOL )	 //根据耳机Side参数
+				{								
+					Vox_Clear_Pair_Flag[VOL_TYPE] = 1;			//左耳机蓝牙地址写入是否成功状态标志
+				}
+				else
+				{			
+					Vox_Clear_Pair_Flag[VOR_TYPE] = 1;			//右耳机蓝牙地址写入是否成功状态标志
+				}	
+
+			break;
+				
+			case CMD_HEARTBEAT:
+
+				if( CMD_Type == TWS_VOL )	 //根据耳机Side参数
+				{								
+					Bes_Bet_Level[VOL_TYPE] = RX0_Buffer[9] & 0x7F;			//获取耳机电量
+					
+					Bes_Chg_Full[VOL_TYPE] = RX0_Buffer[9] >> 7;				//获取耳机是否满电
+					
+					Vox_Pairing_State[VOL_TYPE] = RX0_Buffer[10];				//获取耳机配对状态；
+					
+					Tws_Paired_Record[VOL_TYPE] = RX0_Buffer[11] & 0x01;				//bit0:0：有TWS配对记录；1：没有TWS配对记录；bit1:0：有与手机配对记录；1：没有和手机配对记录。
+
+					Phone_Paired_Record[VOL_TYPE] = ( RX0_Buffer[11] >> 1 ) & 0x01;	
+
+					Bes_OTA_State[VOL_TYPE] = RX0_Buffer[12];
+				}
+				else
+				{			
+					Bes_Bet_Level[VOR_TYPE] = RX0_Buffer[9] & 0x7F;
+					
+					Bes_Chg_Full[VOR_TYPE] = RX0_Buffer[9] >> 7;
+					
+					Vox_Pairing_State[VOR_TYPE] = RX0_Buffer[10];
+					
+					Tws_Paired_Record[VOR_TYPE] = RX0_Buffer[11] & 0x01;
+					
+					Phone_Paired_Record[VOR_TYPE] = (RX0_Buffer[11] >> 1) & 0x01;	
+					
+					Bes_OTA_State[VOR_TYPE] = RX0_Buffer[12];
+				}	
+
+			break;
+
+			case CMD_SN:
+				
+				if( CMD_Type == TWS_VOL )	 //根据耳机Side参数
+				{								
+					Bes_Set_SN_State[VOL_TYPE] = RX0_Buffer[7]; 		//左耳机SN写入是否成功状态标志
+				}
+				else
+				{			
+					Bes_Set_SN_State[VOR_TYPE] = RX0_Buffer[7]; 		//右耳机SN写入是否成功状态标志
+				}
+
+			break;		
+
+			case CMD_GET_INTO_PAIR:
+				
+				if( CMD_Type == TWS_VOL )	 //根据耳机Side参数
+				{								
+					Bes_In_Pair_State[VOL_TYPE] = RX0_Buffer[7];			//左耳机是否进入配对状态成功状态标志
+				}
+				else
+				{			
+					Bes_In_Pair_State[VOR_TYPE] = RX0_Buffer[7];			//右耳机是否进入配对状态成功状态标志
+				}	
+
+			break;		
+			case CMD_PAIRING_IMD:
+				
+				if( CMD_Type == TWS_VOL )	 //根据耳机Side参数
+				{								
+					Bes_In_Pair_State[VOL_TYPE] = 1;			//左耳机是否进入配对状态成功状态标志
+				}
+				else
+				{			
+					Bes_In_Pair_State[VOR_TYPE] = 1;			//右耳机是否进入配对状态成功状态标志
+				}	
+
+			break;			
+			default:
+			break;
+		}
+	}
+
 #endif

 }
@ -1841,8 +2252,11 @@ void HandleRxMsg(VOX_BES_COMMAND_E  RxCommand)

 void HandleVoxCommMsg(void)
 {
-	uint8_t CrcCheckSum = 0;
-	
+	uint16_t CrcCheckSum = 0;
+	uint8_t i = 0;
+#if XUANHENG	
+	uint16_t Data_Len = 0;	
+#endif
 	/*RX数据处理*/
 	if( Uart0_RX_Finish_Flag )
 	{
@ -1863,9 +2277,25 @@ void HandleVoxCommMsg(void)
 	
 		if( CrcCheckSum == RX0_Buffer[ RX0_Buffer[4] + 5 ] )

+#elif XUANHENG
+
+		Data_Len = RX0_Buffer[5] | ( RX0_Buffer[6] << 8 ) + 7;
+
+		CrcCheckSum = CalCheckCrc16( RX0_Buffer, Data_Len); 		//计算检验和
+
+		if( CrcCheckSum == (uint16_t)(RX0_Buffer[ Data_Len + 1 ] | RX0_Buffer[ Data_Len + 2 ] << 8) )	//校验和小端模式，低位在前。
+		
 #endif
 		{
+#if XUANHENG	
+
+			HandleRxMsg((VOX_BES_COMMAND_E)RX0_Buffer[2]);	
+
+#else 
+
 			HandleRxMsg((VOX_BES_COMMAND_E)RX0_Buffer[3]);	
+
+#endif
 		}	
 		else
 		{
@ -1877,5 +2307,4 @@ void HandleVoxCommMsg(void)

 #endif

-#endif

--- a/sy8835_demo.si4project/sy8835_demo.SearchResults
+++ b/sy8835_demo.si4project/sy8835_demo.SearchResults
@ -1,5 +1,2 @@
---- ENTER_STANDBYMODE_CNT Matches (4 in 3 files) ----
-sleep.c (UsrSrc\sleep) line 40 : uint8_t Decnt_SleepDelay = ENTER_STANDBYMODE_CNT;
-sleep.h (UsrInc\sleep) line 32 : #define ENTER_STANDBYMODE_CNT	15			//进入Standby Mode 延迟时间，单位：秒
-SysTem_State_Machine in userapp.c (UsrSrc\userapp) : 				Decnt_SleepDelay = ENTER_STANDBYMODE_CNT;
-SysTem_State_Machine in userapp.c (UsrSrc\userapp) : 							Decnt_SleepDelay = ENTER_STANDBYMODE_CNT;
+---- LED_CTL Matches (1 in 1 files) ----
+reg3315.h (UsrInc\inc) line 92 : #define LED_CTL     0x13
--- a/sy8835_demo.si4project/sy8835_demo.sip_sym
+++ b/sy8835_demo.si4project/sy8835_demo.sip_sym
--- a/sy8835_demo.si4project/sy8835_demo.sip_xab
+++ b/sy8835_demo.si4project/sy8835_demo.sip_xab
--- a/sy8835_demo.si4project/sy8835_demo.sip_xad
+++ b/sy8835_demo.si4project/sy8835_demo.sip_xad