Claims (13)
一種多電池充電裝置，包括：一第一電池模組，配置於一可攜式電子裝置的一第一機殼中，其中該第一機殼中還配置由該第一電池模組供電之一主觸控系統；一第二電池模組，配置於該可攜式電子裝置的一第二機殼中，其中該第二機殼中還配置由該第二電池模組供電之一僕觸控系統；以及一雙向充電電路，耦接至該第一電池模組與該第二電池模組，比較該第一電池模組與該第二電池模組的電量，並依據比較結果決定是否使用該第一電池模組與該第二電池模組中電量較多者之電能去充電該第一電池模組與該第二電池模組中電量較少者。
A multi-battery charging device includes: a first battery module disposed in a first casing of a portable electronic device, wherein the first casing is further configured to be powered by the first battery module a second battery module is disposed in a second casing of the portable electronic device, wherein the second casing is further configured to be powered by the second battery module. And a bidirectional charging circuit coupled to the first battery module and the second battery module, comparing the power of the first battery module and the second battery module, and determining whether to use the battery according to the comparison result The first battery module and the second battery module have a higher amount of power to charge the first battery module and the second battery module with less power.
如申請專利範圍第1項所述之多電池充電裝置，其中該第一電池模組供電一第一負載，該第二電池模組供電不同於該第一負載的一第二負載。
The multi-battery charging device of claim 1, wherein the first battery module supplies a first load, and the second battery module supplies a second load different from the first load.
如申請專利範圍第1項所述之多電池充電裝置，其中該雙向充電電路配置於該第一機殼中。
The multi-battery charging device of claim 1, wherein the bidirectional charging circuit is disposed in the first casing.
一種多電池充電裝置，包括：一第一電池模組；一第二電池模組；以及一雙向充電電路，耦接至該第一電池模組與該第二電池模組，比較該第一電池模組與該第二電池模組的電量，其中當該第一電池模組的電量大於該第二電池模組的電量
且該第一電池模組與該第二電池模組的電量差大於一第一門檻值時，該雙向充電電路使用該第一電池模組之電能去充電該第二電池模組；以及當該第一電池模組的電量小於該第二電池模組的電量且該第二電池模組與該第一電池模組的電量差大於一第二門檻值時，該雙向充電電路使用該第二電池模組之電能去充電該第一電池模組。
A multi-battery charging device includes: a first battery module; a second battery module; and a bidirectional charging circuit coupled to the first battery module and the second battery module, comparing the first battery The power of the module and the second battery module, wherein the power of the first battery module is greater than the power of the second battery module
And the bidirectional charging circuit uses the electrical energy of the first battery module to charge the second battery module; and when the power difference between the first battery module and the second battery module is greater than a first threshold The second battery module uses the second battery when the power of the first battery module is less than the power of the second battery module and the power difference between the second battery module and the first battery module is greater than a second threshold The power of the module is used to charge the first battery module.
一種多電池充電裝置，包括：一第一電池模組；一第二電池模組；以及一雙向充電電路，耦接至該第一電池模組與該第二電池模組，比較該第一電池模組與該第二電池模組的電量，其中該雙向充電電路包括：一控制單元，讀取並比較該第一電池模組的電量值與該第二電池模組的電量值；一第一開關，該第一開關的第一端耦接至該第一電池模組，該第一開關的控制端受控於該控制單元，其中當該第一電池模組的電量值大於該第二電池模組的電量值且該第一電池模組與該第二電池模組的電量值差大於一第一門檻值時，該第一開關為導通；一第一充電單元，該第一充電單元的輸入端耦接至該第一開關的第二端，該第一充電單元的輸出端耦接至該第二電池模組；一第二開關，該第二開關的第一端耦接至該第二電池模組，該第二開關的控制端受控於該控制單元，其中
當該第二電池模組的電量值大於該第一電池模組的電量值且該第二電池模組與該第一電池模組的電量值差大於一第二門檻值時，該第二開關為導通；以及一第二充電單元，該第二充電單元的輸入端耦接至該第二開關的第二端，該第二充電單元的輸出端耦接至該第一電池模組。
A multi-battery charging device includes: a first battery module; a second battery module; and a bidirectional charging circuit coupled to the first battery module and the second battery module, comparing the first battery The power of the module and the second battery module, wherein the bidirectional charging circuit comprises: a control unit, reading and comparing the power value of the first battery module with the power value of the second battery module; a switch, the first end of the first switch is coupled to the first battery module, and the control end of the first switch is controlled by the control unit, wherein when the first battery module has a larger power value than the second battery When the power value of the module and the difference between the first battery module and the second battery module are greater than a first threshold, the first switch is conductive; a first charging unit, the first charging unit The input end is coupled to the second end of the first switch, the output end of the first charging unit is coupled to the second battery module, and the second switch is coupled to the first end of the second switch a battery module, the control end of the second switch is controlled by the control list ,among them
When the power value of the second battery module is greater than the power value of the first battery module and the power difference between the second battery module and the first battery module is greater than a second threshold, the second switch And a second charging unit, the input end of the second charging unit is coupled to the second end of the second switch, and the output end of the second charging unit is coupled to the first battery module.
一種多電池充電裝置，包括：一第一電池模組；一第二電池模組；以及一雙向充電電路，耦接至該第一電池模組與該第二電池模組，比較該第一電池模組與該第二電池模組的電量，其中該雙向充電電路包括：一控制單元，讀取並比較該第一電池模組的電量值與該第二電池模組的電量值；一第一充電單元，該第一充電單元的輸入端耦接至該第一電池模組，該第一充電單元的輸出端耦接至該第二電池模組，該第一充電單元的致能端受控於該控制單元，其中當該第一電池模組的電量值大於該第二電池模組的電量值且該第一電池模組與該第二電池模組的電量值差大於一第一門檻值時，該第一充電單元為致能；以及一第二充電單元，該第二充電單元的輸入端耦接至該第二電池模組，該第二充電單元的輸出端耦接至該第一電池模組，該第二充電單元的致能端受控於該控制單元，其中當該第二電池模組的電量值大於該第一電池模組
的電量值且該第二電池模組與該第一電池模組的電量值差大於一第二門檻值時，該第二充電單元為致能。
A multi-battery charging device includes: a first battery module; a second battery module; and a bidirectional charging circuit coupled to the first battery module and the second battery module, comparing the first battery The power of the module and the second battery module, wherein the bidirectional charging circuit comprises: a control unit, reading and comparing the power value of the first battery module with the power value of the second battery module; a charging unit, the input end of the first charging unit is coupled to the first battery module, and the output end of the first charging unit is coupled to the second battery module, and the enabling end of the first charging unit is controlled In the control unit, when the power value of the first battery module is greater than the power value of the second battery module and the power value difference between the first battery module and the second battery module is greater than a first threshold The first charging unit is enabled; and a second charging unit, the input end of the second charging unit is coupled to the second battery module, and the output end of the second charging unit is coupled to the first a battery module, the enabling end of the second charging unit is To the control unit, wherein when the power value of the second battery module is greater than the first battery module
The second charging unit is enabled when the power value and the difference between the second battery module and the first battery module are greater than a second threshold.
如申請專利範圍第6項所述之多電池充電裝置，其中該第一充電單元包括：一升壓電路，該升壓電路的輸入端作為該第一充電單元的輸入端，該升壓電路的致能端受控於該控制單元；以及一充電器，該充電器的輸入端耦接至該升壓電路的輸出端，該充電器的輸出端作為該第一充電單元的輸出端，該充電器的致能端受控於該控制單元。
The multi-battery charging device of claim 6, wherein the first charging unit comprises: a boosting circuit, the input end of the boosting circuit is an input end of the first charging unit, and the boosting circuit is The enabling end is controlled by the control unit; and a charger, the input end of the charger is coupled to the output end of the boosting circuit, and the output end of the charger is used as an output end of the first charging unit, the charging The enabling end of the device is controlled by the control unit.
一種多電池充電裝置，包括：一第一電池模組；一第二電池模組；一雙向充電電路，耦接至該第一電池模組與該第二電池模組，比較該第一電池模組與該第二電池模組的電量，並依據比較結果決定是否使用該第一電池模組與該第二電池模組中電量較多者之電能去充電該第一電池模組與該第二電池模組中電量較少者；一第三充電單元，該第三充電單元的輸出端耦接至該第一電池模組，其中當一外部電能耦接至該第三充電單元的輸入端時，該第三充電單元使用該外部電能去充電該第一電池模組；以及一第四充電單元，該第四充電單元的輸出端耦接至該第二電池模組，其中當該外部電能耦接至該第四充電單元
的輸入端時，該第四充電單元使用該外部電能去充電該第二電池模組。
A multi-battery charging device includes: a first battery module; a second battery module; a bidirectional charging circuit coupled to the first battery module and the second battery module, comparing the first battery module And the power of the second battery module, and determining, according to the comparison result, whether to use the first battery module and the second battery module to charge the first battery module and the second The battery module has a lower power; a third charging unit, the output end of the third charging unit is coupled to the first battery module, wherein when an external power is coupled to the input end of the third charging unit The third charging unit uses the external power to charge the first battery module; and a fourth charging unit, the output end of the fourth charging unit is coupled to the second battery module, wherein the external power coupling Connected to the fourth charging unit
The fourth charging unit uses the external power to charge the second battery module.
一種多電池充電裝置，包括：一第一電池模組；一第二電池模組；以及一雙向充電電路，耦接至該第一電池模組與該第二電池模組，比較該第一電池模組與該第二電池模組的電量，並依據比較結果決定是否使用該第一電池模組與該第二電池模組中電量較多者之電能去充電該第一電池模組與該第二電池模組中電量較少者，其中當一外部電能對該第一電池模組與該第二電池模組進行充電時，該雙向充電電路被禁能。
A multi-battery charging device includes: a first battery module; a second battery module; and a bidirectional charging circuit coupled to the first battery module and the second battery module, comparing the first battery The power of the module and the second battery module, and determining whether to use the first battery module and the second battery module to charge the first battery module and the first battery module according to the comparison result In the second battery module, the two-way charging circuit is disabled when an external power is charged to the first battery module and the second battery module.
一種多電池充電裝置之雙向充電方法，包括：比較一第一電池模組與一第二電池模組的電量，以獲得一比較結果，其中該第一電池模組配置於一可攜式電子裝置的一第一機殼中，該第二電池模組配置於該可攜式電子裝置的一第二機殼中，該第一機殼中還配置由該第一電池模組供電之一主觸控系統，而該第二機殼中還配置由該第二電池模組供電之一僕觸控系統；以及依據該比較結果決定是否使用該第一電池模組與該第二電池模組中電量較多者之電能去充電該第一電池模組與該第二電池模組中電量較少者。
A two-way charging method for a multi-battery charging device includes: comparing a power of a first battery module and a second battery module to obtain a comparison result, wherein the first battery module is disposed on a portable electronic device The second battery module is disposed in a second casing of the portable electronic device, and the first casing is further configured to be powered by the first battery module. a control system, wherein the second casing is further configured to be powered by the second battery module; and determining whether to use the first battery module and the second battery module according to the comparison result More energy is used to charge the first battery module and the second battery module with less power.
如申請專利範圍第10項所述之雙向充電方法，其中該第一電池模組供電一第一負載，該第二電池模組供電不同於該第一負載的一第二負載。
The bidirectional charging method of claim 10, wherein the first battery module supplies a first load, and the second battery module supplies a second load different from the first load.
一種多電池充電裝置之雙向充電方法，包括：比較一第一電池模組與一第二電池模組的電量，以獲得一比較結果；以及依據該比較結果決定是否使用該第一電池模組與該第二電池模組中電量較多者之電能去充電該第一電池模組與該第二電池模組中電量較少者，其中所述決定是否使用該第一電池模組與該第二電池模組中電量較多者之電能去充電該第一電池模組與該第二電池模組中電量較少者之步驟包括：當該第一電池模組的電量大於該第二電池模組的電量，且該第一電池模組與該第二電池模組的電量差大於一第一門檻值時，使用該第一電池模組之電能去充電該第二電池模組；以及當該第一電池模組的電量小於該第二電池模組的電量，且該第二電池模組與該第一電池模組的電量差大於一第二門檻值時，使用該第二電池模組之電能去充電該第一電池模組。
A bidirectional charging method for a multi-battery charging device includes: comparing a power of a first battery module and a second battery module to obtain a comparison result; and determining whether to use the first battery module according to the comparison result The electric energy of the second battery module is used to charge the first battery module and the second battery module, wherein the determining whether to use the first battery module and the second The step of charging the first battery module and the second battery module with less power in the battery module includes: when the power of the first battery module is greater than the second battery module And the electric energy of the first battery module is used to charge the second battery module; and when the first battery module and the second battery module have a power difference greater than a first threshold When the power of a battery module is less than the power of the second battery module, and the power difference between the second battery module and the first battery module is greater than a second threshold, the power of the second battery module is used. To charge the first battery module
一種多電池充電裝置之雙向充電方法，包括：比較一第一電池模組與一第二電池模組的電量，以獲得一比較結果；
依據該比較結果決定是否使用該第一電池模組與該第二電池模組中電量較多者之電能去充電該第一電池模組與該第二電池模組中電量較少者；以及當一外部電能對該第一電池模組與該第二電池模組進行充電時，禁能該雙向充電方法。A bidirectional charging method for a multi-battery charging device includes: comparing a power of a first battery module and a second battery module to obtain a comparison result;
Determining, according to the comparison result, whether to use the electric energy of the first battery module and the second battery module to charge the first battery module and the second battery module; and When the external power exchanges the first battery module and the second battery module, the two-way charging method is disabled.