A home appliance, comprising: a cabinet having a storage space formed inside and an entrance communicating with the storage space; a door rotatably coupled with the cabinet to open/close the entrance; a latch provided at one of the door and the cabinet; and a coupling part provided at the other one of the door and the cabinet, the coupling part comprising: a housing including a latch insertion hole for inserting the latch therein; an engaging part, the engaging part including an engaging part body rotatably provided within the housing, a latch insertion portion for insertion of an end of the latch, and a pressurizing portion having a first pressurizing projection and a third pressurizing projection, the latch insertion portion and the pressurizing portion being arranged at opposite ends of the engaging part body; an engaging part torsion spring provided at the engaging part and configured to provide an elastic force for enabling the latch insertion portion to rotate in a direction getting close to the latch insertion hole; an operating part configured to move in a direction getting distant from the latch insertion hole when being pressurized by the first pressurizing projection and to rotate in a direction perpendicular to a pressurizing direction of the third pressurizing projection; a first spring for providing a restoration force to enable the operating part to be restored into a state before being pressurized by the first pressurizing projection; and a second spring for providing a restoration force to enable the operating part to be restored into a state before being pressurized by the third pressurizing projection. a cabinet having a storage space formed inside and an entrance communicating with the storage space; a door rotatably coupled with the cabinet to open/close the entrance; a latch provided at one of the door and the cabinet; and a coupling part provided at the other one of the door and the cabinet, the coupling part comprising: a housing including a latch insertion hole for inserting the latch therein; an engaging part, the engaging part including an engaging part body rotatably provided within the housing, a latch insertion portion for insertion of an end of the latch, and a pressurizing portion having a first pressurizing projection and a third pressurizing projection, the latch insertion portion and the pressurizing portion being arranged at opposite ends of the engaging part body; an engaging part torsion spring provided at the engaging part and configured to provide an elastic force for enabling the latch insertion portion to rotate in a direction getting close to the latch insertion hole; an operating part configured to move in a direction getting distant from the latch insertion hole when being pressurized by the first pressurizing projection and to rotate in a direction perpendicular to a pressurizing direction of the third pressurizing projection; a first spring for providing a restoration force to enable the operating part to be restored into a state before being pressurized by the first pressurizing projection; and a second spring for providing a restoration force to enable the operating part to be restored into a state before being pressurized by the third pressurizing projection. a housing including a latch insertion hole for inserting the latch therein; an engaging part, the engaging part including an engaging part body rotatably provided within the housing, a latch insertion portion for insertion of an end of the latch, and a pressurizing portion having a first pressurizing projection and a third pressurizing projection, the latch insertion portion and the pressurizing portion being arranged at opposite ends of the engaging part body; an engaging part torsion spring provided at the engaging part and configured to provide an elastic force for enabling the latch insertion portion to rotate in a direction getting close to the latch insertion hole; an operating part configured to move in a direction getting distant from the latch insertion hole when being pressurized by the first pressurizing projection and to rotate in a direction perpendicular to a pressurizing direction of the third pressurizing projection; a first spring for providing a restoration force to enable the operating part to be restored into a state before being pressurized by the first pressurizing projection; and a second spring for providing a restoration force to enable the operating part to be restored into a state before being pressurized by the third pressurizing projection.