Electronic brake device

An electronic brake device comprising:

• a driving unit which provides a driving force for braking a disk;
• a power distribution unit which is connected to the driving unit and divides the driving force into a first driving force and a second driving force;
• a pressing pad which applies a braking force to the disk;
• a first pressing unit which receives the first driving force from the power distribution unit and applies a first pressing force to the pressing pad;
• and
• a second pressing unit which receives the second driving force from the power distribution unit and applies a second pressing force to the pressing pad,
• wherein, when magnitudes of the first pressing force and the second pressing force are different, the power distribution unit transmits only one of the first driving force and the second driving force to the first pressing unit or the second pressing unit until the magnitudes of the first pressing force and the second pressing force are equal to each other.

An electronic brake device comprising:

• a driving unit which provides a driving force for braking a disk;
• a power distribution unit which is connected to the driving unit and divides the driving force into a first driving force and a second driving force;
• a pressing pad which applies a braking force to the disk;
• a first pressing unit which receives the first driving force from the power distribution unit and applies a first pressing force to the pressing pad;
• and
• a second pressing unit which receives the second driving force from the power distribution unit and applies a second pressing force to the pressing pad,
• wherein the power distribution unit transmits the first driving force to the first pressing unit and transmits the second driving force to the second pressing unit,
• when the first pressing force is greater than the second pressing force, a magnitude of the second driving force is greater than a magnitude of the first driving force until the magnitudes of the first pressing force and the second pressing force are equal to each other, and
• when the second pressing force is greater than the first pressing force, the magnitude of the first driving force is greater than the magnitude of the second driving force until the magnitudes of the first pressing force and the second pressing force are equal to each other.