초록 ▼

A mounting unit for a vehicular side-view mirror includes a substantially planar face plate defined by first and second spaced apart peripheral edges and third and fourth spaced apart peripheral edges, adjacent peripheral edges defining corners; first, second, third, and fourth sides disposed at res

A mounting unit for a vehicular side-view mirror includes a substantially planar face plate defined by first and second spaced apart peripheral edges and third and fourth spaced apart peripheral edges, adjacent peripheral edges defining corners; first, second, third, and fourth sides disposed at respective peripheral edges of the face plate, the face plate and sides defining a frame for receiving either a flat or convex mirror; and one or more apertures disposed at one or more of the corners of the face plate, the apertures being sized and shaped such that a convex mirror may be received within the frame and edges thereof may be received at least partially within the apertures.

대표청구항 ▼

1. A mounting unit for a vehicular side-view mirror, comprising: a substantially planar face plate defined by first and second spaced apart peripheral edges and third and fourth spaced apart peripheral edges, adjacent peripheral edges defining corners; first, second, third, and fourth sides disp

1. A mounting unit for a vehicular side-view mirror, comprising: a substantially planar face plate defined by first and second spaced apart peripheral edges and third and fourth spaced apart peripheral edges, adjacent peripheral edges defining corners; first, second, third, and fourth sides disposed at respective peripheral edges of the face plate, the face plate and sides defining a frame for receiving a mirror; apertures disposed at the corners of the face plate, the apertures being sized and shaped such that the mirror may be received within the frame and edges of the mirror may be received at least partially within the apertures; a shell housing being engageable with a vehicle; and the mounting unit coupled to the shell housing; wherein one or more of the first, second, third, and fourth sides are in engagement with the respective peripheral edges of the face plate, the remaining one or more sides being spaced away from the respective peripheral edges of the face plate to at least partially define the apertures; and wherein one or more of the peripheral edges of the face plate which are spaced away from the respective sides are spaced further from the respective sides near the corners than at other positions such that the apertures are larger near the corners. 2. The mounting unit of claim 1, wherein the first and second spaced apart sides are spaced away from the first and second peripheral edges, respectively, of the face plate to at least partially define the apertures, the third and fourth spaced apart sides being engaged with the third and fourth peripheral edges of the face plate, respectively. 3. The mounting unit of claim 2, wherein the first side and first peripheral edge define a first one of the apertures and the second side and second peripheral edge define a second one of the apertures, the second peripheral edge of the face plate being further from the second side near the corners than at other positions such that the second aperture is larger near the corners. 4. The mounting unit of claim 3, wherein the second peripheral edge of the face plate is sized and shaped such that a convex mirror may be received within the frame and edges of the mirror may be received at least partially within the apertures. 5. The mounting unit of claim 3, wherein the second peripheral edge of the face plate includes rounded portions near the corners such that the second aperture is larger near the corners. 6. The mounting unit of claim 3, wherein the face plate defines a plane and the first, second, third, and fourth sides are disposed substantially transversely with respect to the plane. 7. The mounting unit of claim 1, in which the mirror is a convex mirror. 8. The mounting unit of claim 1, in which the mirror is a flat mirror.