A rotatable hanger device comprises: a mounting part comprising a front and back, the first side of the back fastenable to a first surface and the second side of the back positioned adjacent to the first side, and an arm positioned between the back and front, and connecting the back and front; and a housing part comprising a front and back, the first side of the back fastenable to a second surface and the second side of the back positioned adjacent to the first side, the front comprising a cut-out along an edge, and a wall connecting the housing back and front; wherein, the cut-out is sized and shaped relative to a size and shape of the arm, and wherein, the mounting and housing parts interlock such that the mounting front rests between the first side of the housing front and the second side of the housing back.

A hinge for pivotally securing a frame substantially flush to a mounting surface, the hinge comprising a plurality of leaves and a plurality of articulation points wherein each leaf is connected to two articulation points and movement of at least one leaf connected to each articulation point occurs substantially simultaneously. With four leaves and four articulation points the hinge is configured for fluid movement as the articulation points are utilized or activated concurrently to pivot the frame about the hinge and with respect to a mounting surface. A pair of hinges wherein one hinge may be a mirror image of the other can be used to mount the frame to the mounting surface.

A frame system includes a mount having an outer surface for receiving an adhesive for placement on a support surface and an inner surface that includes a plurality of first coupling elements. The frame system also includes a hollow outer frame element and a back plate configured for insertion into and attachment to the outer frame element. The back plate includes a plurality of second coupling elements that mate with the first coupling elements for attaching the back plate to the mount in such a way that the back plate can rotate relative to the mount to allow for adjustment of the combined outer frame element and the back plate.

The present display system enables the display and rearrangement of one or more decorative elements on a base structure to create a decorative arrangement that can be easily and selectively adjusted to move or rotate the decorative elements. The display system generally comprises an attachment assembly mounted on a base structure and supporting a decorative element support. An angular adjustment lock and a lateral adjustment lock permits the decorative element support to rotate and translate relative to the base structure. The base structure comprises one or more mounts arranged on a face of the base structure. The mounts receive and support one or more attachment assemblies. Using the present display system, multiple decorative elements can be adjusted to create aesthetically pleasing compositions of complementary or connected decorative elements.

A modular mirror mounting system is shown and described. The modular mirror mounting system includes a modular mirror frame. The modular mirror frame is comprised of a first cross support secured to a plurality of elongated supports. The plurality of elongated supports extends from a first connected end in the same direction away from the first cross support. A second cross support is secured to a second end of each of the plurality of elongated supports. A plurality of mounting apertures is located through the supports. The modular mirror frame has a mirror secured to the frame, wherein the mirror has a plurality of apertures therethrough. The mirror is secured via mirror fasteners placed through the apertures of the mirror and the frame.

A hinge for pivotally securing a frame substantially flush to a mounting surface, the hinge comprising a plurality of leaves and a plurality of articulation points wherein each leaf is connected to two articulation points and movement of at least one leaf connected to each articulation point occurs substantially simultaneously. With four leaves and four articulation points the hinge is configured for fluid movement as the articulation points are utilized or activated concurrently to pivot the frame about the hinge and with respect to a mounting surface. A pair of hinges wherein one hinge may be a mirror image of the other can be used to mount the frame to the mounting surface.

The wall-mounted structure includes a wall-mounted plate fixable on a wall and a connecting plate connectable to an electronic device. The wall-mounted plate includes a plate body and a limiting block on a top end surface of the plate body provided with a first sliding surface extending in an arc shape. The limiting block is provided with a first limiting surface connected to the first sliding surface. The connecting plate includes a limiting plate. The limiting plate is provided with at least a bottom end surface and two main surfaces connected to two sides of the bottom end surface. The bottom end surface is a second sliding surface extending in an arc shape. One of the main surfaces of the limiting plate is a second limiting surface connected to the second sliding surface. The second limiting surface extends from one end of the limiting plate to the other end of the limiting plate.

A rotating painting apparatus includes a predetermined number of painting stations rotatably mounted to a base plate and each station having 2, 3, 4, or more faces on which to apply paint. A painting station includes a bottom wall from which a drive shaft by which the bottom wall is rotatably coupled to the base plate. Rotation of the drive shaft causes the painting station to swivel, i.e. to rotate. The stretched frame member includes upstanding side support members extending from the bottom wall and about which a length of canvas may be stretched to form a painting station having two faces (front and rear), three faces (triangular), or four faces (cube), and so on. The rotating painting apparatus may include a plurality of frame assemblies adjacent to yet separated from one another. A chain drive operated by a drive motor enables all of the frame assemblies to be rotated together.

A device comprising a base having a first top surface and a first bottom surface, a first magnetic or similar component, and a first attachment component; a cover having a second top surface and a second bottom surface, a first magnetic or similar coupling component, and a second attachment component, the second bottom surface configured to mate with the first top surface; wherein the first and second magnetic components are placed so as to hold the cover onto the base and to act as a swivel hinge, and wherein the first and second attachment components are configured to engage the base to the cover when the device is in an open position.

A mirror apparatus that includes a mirror that is at least partially covered by a decorative door that is movable away from the mirror so that the mirror can be cleaned. The mirror apparatus includes a frame having an inner surface that defines a display opening. The mirror which is coupled to the frame may have a reflective front surface that is exposed within the display opening. The decorative door may be pivotably coupled to the frame between a closed state whereby the decorative door overlies the mirror and an open state whereby the decorative door does not overlie the mirror. In the open state, the mirror is completely exposed for cleaning. The mirror apparatus may also include a locking assembly for locking the decorative door in the closed state.