BQ25180: BQ25180 always report 1 when powered by battery

I had follow the tips of related previsious question (e2e.ti.com/.../bq25180-bq25180-not-exit-shipmode-with-button-press and i remove the diodes to push TSMR pin direct to ground when push-button is pressed.

Now, the circuit is according the following screenshot:

This is my current initialization function:

/**
 *
 */
static void BQ25180_SetDefaultConfiguration(void)
{  
    BQ25180_Register_VBAT_CTRL registerVBAT_CTRL;
    BQ25180_Register_ICHG_CTRL registerICHG_CTRL;
    BQ25180_Register_CHARGECTRL0 registerCHARGECTRL0;
    BQ25180_Register_CHARGECTRL1 registerCHARGECTRL1;
    BQ25180_Register_IC_CTRL registerIC_CTRL;
    BQ25180_Register_TMR_ILIM registerTMR_ILIM;
    BQ25180_Register_SHIP_RST registerSHIP_RST;
    BQ25180_Register_SYS_REG registerSYS_REG;
    BQ25180_Register_TS_CONTROL registerTS_CONTROL;
    BQ25180_Register_MASK_ID registerMASK_ID;  

    /* VBAT_CTRL Register */
    registerVBAT_CTRL.VBATREG = 0x46; //regulation in 4.2V | Battery Regulation Voltage VBATREG= 3.5V + VBATREG_CODE * 10mV
    BQ25180_WriteRegister(BQ25180_REGISTER_VBAT_CTRL, (uint8_t *)&registerVBAT_CTRL, sizeof(registerVBAT_CTRL));

    /* ICHG_CTRL Register */
    registerICHG_CTRL.CHG_DIS = 0b0; // Battery Charging Enabled
    registerICHG_CTRL.ICHG = 0b1111111; // Battery Charging programmable current = 1000mA
    BQ25180_WriteRegister(BQ25180_REGISTER_ICHG_CTRL, (uint8_t *)&registerICHG_CTRL, sizeof(registerICHG_CTRL));

    /* CHARGECTRL0 Register */    
    registerCHARGECTRL0.IPRECHG = 0b1; // Precharge is Term
    registerCHARGECTRL0.ITERM = 0b10; // Termination current = disable
    registerCHARGECTRL0.VINDPM = 0b11; // VINDPM Level Selection = Disable
    registerCHARGECTRL0.THERM_REG = 0b11; // Thermal Regulation Threshold = Disable
    BQ25180_WriteRegister(BQ25180_REGISTER_CHARGECTRL0, (uint8_t *)&registerCHARGECTRL0, sizeof(registerCHARGECTRL0));

    /* CHARGECTRL1 Register */
    registerCHARGECTRL1.IBAT_OCP = 0b11; // Battery Discharge Current Limit = Disable
    registerCHARGECTRL1.BUVLO = 0b011; // Battery Undervoltage LockOut Falling Threshold = 2.8V
    registerCHARGECTRL1.CHG_STATUS_INT_MASK = 0b1; // Disable Charging Status Interrupt
    registerCHARGECTRL1.ILIM_INT_MASK = 0b1; // Disable ILIM Fault Interrupt
    registerCHARGECTRL1.VDPM_INT_MASK = 0b1; // Disable VINDPM and VDPPM Interrupt
    BQ25180_WriteRegister(BQ25180_REGISTER_CHARGECTRL1, (uint8_t *)&registerCHARGECTRL1, sizeof(registerCHARGECTRL1));

    /* IC_CTRL Register */   
    registerIC_CTRL.TS_EN = 0b0; // TS Auto Function = Disable
    registerIC_CTRL.VLOWV_SEL = 0b0; // Precharge Voltage Threshold (VLOWV) = 3V
    registerIC_CTRL.VRCH_0 = 0b0; // Recharge Voltage Threshold = 100mV
    registerIC_CTRL.TMRSLW_EN = 0b0; // Timer Slow = The timer is not slowed at any time
    registerIC_CTRL.SAFETY_TIMER = 0b11; // Disable safety timer
    registerIC_CTRL.WATCHDOG_SEL = 0b11; // Disable watchdog function
    BQ25180_WriteRegister(BQ25180_REGISTER_IC_CTRL, (uint8_t *)&registerIC_CTRL, sizeof(registerIC_CTRL));

    /* TMR_ILIM Register */
    registerTMR_ILIM.MR_LPRESS = 0b00; // Push button Long Press duration timer 5s
    registerTMR_ILIM.MR_RESET_VIN = 0b0; // Hardware reset condition = Reset sent when long press duration is met
    registerTMR_ILIM.AUTOWAKE = 0b01; // Auto Wake Up Timer Restart = 1s
    registerTMR_ILIM.ILIM = 0b111; // Input Current Limit Setting = 1100mA
    BQ25180_WriteRegister(BQ25180_REGISTER_TMR_ILIM, (uint8_t *)&registerTMR_ILIM, sizeof(registerTMR_ILIM));

    /* SHIP_RST Register */ 
    registerSHIP_RST.REG_RST = 0b0; // Software Reset = Do nothing
    registerSHIP_RST.EN_RST_SHIP = 0b00; // Shipmode Enable and Hardware Reset = Do nothing
    registerSHIP_RST.PB_LPRESS_ACTION = 0b00; // Pushbutton long press action = Do nothing
    registerSHIP_RST.WAKE1_TMR = 0b00; // Wake 1 Timer Set = 300ms
    registerSHIP_RST.WAKE2_TMR = 0b00; // Wake 2 Timer Set = 2s
    registerSHIP_RST.EN_PUSH = 0b1; // ERRATA: https://e2e.ti.com/support/power-management-group/power-management/f/power-management-forum/1291241/bq25180-en_push-register-doesn-t-seem-to-work-as-described?tisearch=e2e-sitesearch&keymatch=bq25180# Enable Push Button and Reset Function on Battery Only
    BQ25180_WriteRegister(BQ25180_REGISTER_SHIP_RST, (uint8_t *)&registerSHIP_RST, sizeof(registerSHIP_RST));
    
    BQ25180_ReadRegister(BQ25180_REGISTER_SHIP_RST, (uint8_t *)&registerSHIP_RST, sizeof(registerSHIP_RST));

    ESP_LOGW(TAG, "registerSHIP_RST.EN_PUSH = %d", registerSHIP_RST.EN_PUSH);

    /* SYS_REG Register */ 
    registerSYS_REG.SYS_REG_CTRL = 0b111; // SYS Regulation Voltgage = Pass-Through (VSYS is VIN)
    registerSYS_REG.SYS_MODE = 0b00; // SYS powered from VIN if present or VBAT
    registerSYS_REG.WATCHDOG_15S_ENABLE = 0b00; // I2C Watchdog = Disable
    registerSYS_REG.VDPPM_DIS = 0b0; // Enable VDPPM
    BQ25180_WriteRegister(BQ25180_REGISTER_SYS_REG, (uint8_t *)&registerSYS_REG, sizeof(registerSYS_REG));

    /* TS_CONTROL Register */
    registerTS_CONTROL.TS_HOT = 0b00; // TS Hot threshold register = 60°C
    registerTS_CONTROL.TS_COLD = 0b00; // TS Cold threshold register = 0°C
    registerTS_CONTROL.TS_WARM = 0b1; // TS Warm threshold = Disabled
    registerTS_CONTROL.TS_COOL = 0b1; // TS Cool threshold register = Disabled
    registerTS_CONTROL.TS_ICHG = 0b0; // Fast charge current when decreased by TS function = 0.5*ICHG
    registerTS_CONTROL.TS_VRCG = 0b0; // Reduced target battery voltage during Warm = VBATREG -100mV
    BQ25180_WriteRegister(BQ25180_REGISTER_TS_CONTROL, (uint8_t *)&registerTS_CONTROL, sizeof(registerTS_CONTROL));

    /* MASK_ID Register */
    registerMASK_ID.TS_INT_MASK = 0b1; // Mask TS Interrupt
    registerMASK_ID.TREG_INT_MASK = 0b1; // Mask TREG Interrupt
    registerMASK_ID.BAT_INT_MASK = 0b1; // Mask BOCP and BUVLO Interrupt
    registerMASK_ID.PG_INT_MASK = 0b1; // Mask PG and VINOVP Interrupt
    BQ25180_WriteRegister(BQ25180_REGISTER_MASK_ID, (uint8_t *)&registerMASK_ID, sizeof(registerMASK_ID));

    ESP_LOGI(TAG, "Registers defined to custom configuration!");

}

I reading the TSMR pin state with this function:

/**
 *
 */
bool BQ25180_GetTSMR(void) {
    
    BQ25180_Register_STAT0 registerSTAT0;

    BQ25180_ReadRegister(BQ25180_REGISTER_STAT0, (uint8_t *)&registerSTAT0, sizeof(registerSTAT0));

    ESP_LOGW(TAG, "TSMR Status %d", !registerSTAT0.TS_OPEN_STAT);
    
    return !registerSTAT0.TS_OPEN_STAT;
}

The expected behavior is when pressed the function return 1 (true).

I read the state of TSMR when VBUS is connected and have worked fine as expected (return 0 when not pressed the button and 1 when pressed), but when powered just by battery the state of TSMR is always return 1.

Why the  reason for this behavior?