Clothing treatment apparatus

A clothing treatment apparatus comprising:

• a frame;
• a hanger module including a hanger body which is disposed to be movable to the frame and is provided to hang clothing or a hanger;
• and
• a vibration module which generates vibrations,
• wherein the vibration module includes:
• a vibrating body which is rotatably provided about a predetermined central axis fixed to the frame;
• a first eccentric portion which is supported by the vibrating body and rotates about a predetermined first rotation axis spaced apart from the central axis;
• a second eccentric portion which is supported by the vibrating body and rotates about a predetermined second rotation axis which is spaced apart from the central axis and is the same as or parallel to the first rotation axis;
• and
• a hanger driving unit which is fixed to the vibrating body and is connected to the hanger body at a position spaced apart from the central axis,
• wherein, when the first eccentric portion rotates the vibrating body in one of clockwise (D11) and counterclockwise (D12) direction (D1) with respect to the central axis, the second eccentric portion rotates the vibrating body in the one direction (D1) with respect to the central axis, and
• wherein, when the first eccentric portion is positioned with respect to the first rotation axis in one direction (D2) of a centrifugal direction (Dr1) and a mesial direction (Dr2) based on the central axis, the second eccentric portion is positioned with respect to the second rotation axis in a direction opposite to the one direction (D2) based on the central axis.

A clothing treatment apparatus comprising:

• a frame;
• a hanger module including a hanger body which is disposed to be movable to the frame and is provided to hang clothing or a hanger;
• and
• a vibration module which generates vibrations,
• wherein the vibration module includes:
• a vibrating body which is rotatably provided about a predetermined central axis fixed to the frame;
• a first eccentric portion which is supported by the vibrating body and rotates about a predetermined first rotation axis spaced apart from the central axis;
• a second eccentric portion which is supported by the vibrating body and rotates about a predetermined second rotation axis which is spaced apart from the central axis and is the same as or parallel to the first rotation axis;
• and
• a hanger driving unit which is disposed in the vibrating body and is connected to the hanger body at a position spaced apart from the central axis,
• wherein, when weight of the first eccentric portion generates a centrifugal force with respect to the first rotation axis in one direction (D1) of a clockwise direction (D11) and a counterclockwise direction (D12) based on the central axis, the second eccentric portion is provided to generate a centrifugal force with respect to the second rotation axis in the one direction (D1), and
• wherein, when the first eccentric portion generates a centrifugal force with respect to the first rotation axis in one direction (D2) of a centrifugal direction (Dr1) and a mesial direction (Dr2) based on the central axis, the second eccentric portion is provided to generate a centrifugal force with respect to the second rotation axis in a direction opposite to the one direction (D2).

A clothing treatment apparatus comprising:

• a frame which forms an exterior and forms a treatment space in which clothing is accommodated;
• a hanger module which is movable to the frame in an upper portion of the treatment space and is provided to hang the clothing or a hanger;
• and
• a vibration module which is supported by the frame and generates vibrations in the hanger module,
• wherein the vibration module includes:
• a motor which rotates a central axis formed in an up-down direction;
• a first eccentric portion which is connected to the motor to be rotated and rotates about a first rotation axis spaced apart to be parallel to the central axis;
• a second eccentric portion which is connected to the motor to be rotated and rotates about a second rotation axis spaced apart to be parallel in a direction opposite to the first rotation axis from the central axis;
• a vibrating body which supports the motor, rotatably supports the first eccentric portion and the second eccentric portion, and is rotated by a centrifugal force of the first eccentric portion with respect to the first rotation axis and a centrifugal force of the second eccentric portion with respect to the second rotation axis in a clockwise direction and a counterclockwise direction within a predetermined angle range based on the central axis;
• and
• a hanger driving unit which transmits a rotational force of the vibrating body rotating within the predetermined angle range to the hanger module.