Refrigerator
Disclosed is a refrigerator with a storage space. The refrigerator includes a main body including a storage space, a door configured to open and close the storage space, and a hinge provided under the door and configured to rotatably couple the door to the main body. The hinge includes a linear member accommodator configured to accommodate therein a linear member drawn out from the door, and a cut-out portion hollowed and configured to extend along a hinge axial direction to allow the linear member accommodator to communicate with an outside at one side.
1. A refrigerator comprising:
a main body including a storage space;
a door to open and close the storage space; and
a hinge, provided under the door, to rotatably couple the door to the main body, the hinge comprising:
a height-adjustment member that is movable up and down to adjust a height of the door with respect to a surface on which the refrigerator is installed, wherein
the height-adjustment member has a body forming a space that extends inside the body along an axial direction of the hinge from an opening in a bottom end of the body to an opening in a top end of the body, in which to accommodate a linear member, which is an electric wire or communication line, so that the linear member passes through the opening in the bottom end of the body, through the space, and through the opening in the top end of the body, and
the body has a cut-out portion extending along the axial direction to allow the linear member to pass through the cut-out portion to be accommodated in the space formed by the body.
2. The refrigerator according to claim 1 , wherein
the hinge comprises:
a hinge pin, and
a hinge cap configured to cover the hinge pin, and
the height-adjustment member cooperates with the hinge pin to move up and down, to thereby adjust a height of the hinge cap, and thereby adjust the height of the door with respect to the surface.
3. The refrigerator according to claim 2 , wherein
the hinge pin has a body forming a space that extends inside the body of the hinge pin along the axial direction from an opening in a bottom end of the body of the hinge pin to an opening in a top end of the body of the hinge pin, in which to accommodate the linear member so that the linear member passes through the opening in the bottom end of the body of the hinge pin, through the space formed by the body of the hinge pin, and through the opening in the top end of the body of the hinge pin,
the body of the hinge pin has a cut-out portion extending along the axial direction to allow the linear member to pass through the cut-out portion of the body of the hinge pin to be accommodated in the space formed by the body of the hinge pin, and
the hinge cap has a body forming a space that extends inside the body of the hinge cap along the axial direction from an opening in a bottom end of the body of the hinge cap to an opening in a top end of the body of the hinge cap, in which to accommodate the linear member so that the linear member passes through the opening in the bottom end of the body of the hinge cap, through the space formed by the body of the hinge cap, and through the opening in the top end of the body of the hinge cap, and
the body of the hinge cap has a cut-out portion extending along the axial direction to allow the linear member to pass through the cut-out portion of the body of the hinge cap to be accommodated in the space formed by the body of the hinge cap.
4. The refrigerator according to claim 1 , wherein
the height-adjustment member is a hinge pin.
5. The refrigerator according to claim 2 , wherein
an inner surface of the body of the hinge pin has a first threaded portion formed thereon, and
the height-adjustment member has a second threaded portion that cooperates with the first threaded portion to move the height adjustment member up and down.
6. The refrigerator according to claim 1 , wherein
the hinge comprises:
a hinge frame supported on the main body, and
a hinge pin integrally formed in the hinge frame, and
the height-adjustment member cooperates with the hinge pin to move up and down.
7. The refrigerator according to claim 1 , wherein
the hinge comprises:
a hinge frame comprising a hinge-pin coupling hole penetrated in the axial direction, and
a hinge pin fastened to the hinge-pin coupling hole, and
the height-adjustment member cooperates with the hinge pin to move up and down.
8. The refrigerator according to claim 7 , wherein
the hinge pin has a body forming a space that extends inside the body of the hinge pin along the axial direction from an opening in a bottom end of the body of the hinge pin to an opening in a top end of the body of the hinge pin, in which to accommodate the linear member so that the linear member passes through the opening in the bottom end of the body of the hinge pin, through the space formed by the body of the hinge pin, and through the opening in the top end of the body of the hinge pin,
the body of the hinge pin has a cut-out portion extending along the axial direction to allow the linear member to pass through the cut-out portion of the body of the hinge pin to be accommodated in the space formed by the body of the hinge pin,
the hinge frame has a body forming a space that extends inside the body of the hinge frame along the axial direction from an opening in a bottom end of the body of the hinge frame to an opening in a top end of the body of the hinge frame, in which to accommodate the linear member so that the linear member passes through the opening in the bottom end of the body of the hinge frame, through the space formed by the body of the hinge frame, and through the opening in the top end of the body of the hinge frame, and
the body of the hinge frame has a cut-out portion extending along the axial direction to allow the linear member to pass through the cut-out portion of the body of the hinge frame to be accommodated in the space formed by the body of the hinge frame.
9. The refrigerator according to claim 1 , wherein
the hinge comprises:
a hinge frame supported on the main body,
a nut supported on the hinge frame, and
a hinge pin screw-coupled to the nut, and
the height-adjustment member cooperates with the hinge pin to move up and down.
10. The refrigerator according to claim 9 , wherein
the hinge pin has a body forming a space that extends inside the body of the hinge pin along the axial direction from an opening in a bottom end of the body of the hinge pin to an opening in a top end of the body of the hinge pin, in which to accommodate the linear member so that the linear member passes through the opening in the bottom end of the body of the hinge pin, through the space formed by the body of the hinge pin, and through the opening in the top of the body of the hinge pin,
the body of the hinge pin has a cut-out portion extending along the axial direction to allow the linear member to pass through the cut-out portion of the body of the hinge pin to be accommodated in the space formed by the body of the hinge pin,
the nut has a body forming a space that extends inside the body of the nut along the axial direction from an opening in a bottom end of the body of the nut to an opening in a top end of the body of the nut, in which to accommodate the linear member so that the linear member passes through the opening in the bottom end of the body of the nut, through the space formed by the body of the nut, and through the opening in the top of the body of the nut, and
the body of the nut has a cut-out portion extending along the axial direction to allow the linear member to pass through the cut-out portion of the body of the nut to be accommodated in the space formed by the body of the nut.
11. The refrigerator according to claim 3 , wherein
the hinge is configured so that the linear member is receivable into, and thereby accommodated into, the space formed by the body of the height-adjustment member, the space formed by the body of the hinge pin, and the space formed by the body of the hinge cap, when the cut-out portion of the body of the height-adjustment member, the cut-out portion of the body of the hinge pin, and the cut-out portion of the body of the hinge cap are aligned, and
when the linear member is accommodated in the space formed by the body of the height-adjustment member, the space formed by the body of the hinge pin, and the space formed by the body of the hinge cap, and the cut-out portion of the body of the height-adjustment member, the cut-out portion of the body of the hinge pin, and the cut-out portion of the body of the hinge cap are no longer aligned due to turning the height-adjustment member, the linear member is prevented from coming out of the space formed by the body of the height-adjustment member.