A display device includes: a plurality of first frame bodies configured to form a first frame for defining an accommodation space; a display module arranged in the accommodation space; a decorative layer arranged on a showing surface of the plurality of first frame bodies; and a groove formed in the showing surface of the plurality of first frame bodies. An edge of the decorative layer is arranged in the groove.

The presently disclosed subject matter is generally directed to a frame assembly that easily and efficiently allows a user to insert and/or remove an item from the frame. Specifically, the assembly comprises a generally rectangular support formed by one or more interconnected sidewalls that extend about the periphery of a central opening. The central opening is sized and shaped to fit any of a wide variety of display items (e.g., artwork, photographs, diplomas). The rear face of the assembly includes a plurality of rings. Each ring is flexible, allowing a displayed item to be easily and efficiently inserted and removed from the frame. The rings also function to retain the displayed item within the frame.

Disclosed herein are devices, systems, and methods for selectively arranging a plurality of visual features. The systems and methods include the use of a plurality of display assemblies. Each display assembly can have a frame and at least one magnet operatively associated with the frame. Each display assembly can be configured for selective positioning relative to at least one other display assembly to establish a polar attraction between aligned magnets associated with the frames of adjacent display assemblies.

A modular framing system comprises plastic components that each comprise a single article having unitary construction and which are connectable to form various sized SEG frames. Four unitarily molded corner frame connections each include protrusions receivable by at least four side rails, each of which may be unitarily extruded with a constant profile along the respective lengths of the side rails. The interconnected corner frame connections and side rails define a continuous conduit about the quadrilateral frame for receiving therein respective edges of the tensionable textile. For use with larger tensionable textiles, additional side rails and T-frame connections may be utilized, with each of the T-frame connections comprising a single molded article having unitary construction. At least the frame connections (both corner frame connections and T-frame connections) may be reused for frames of other sizes.

A picture frame structure contains: a protective frame, a canvas fixed on the protective frame, an antenna, and an wireless communication module. The antenna is made of conductive material and is printed on the canvas, and the conductive material of the antenna penetrates into the canvas. The wireless communication module and the antenna are connected so as to wirelessly communicate with the antenna.

A method for assembling a canvas print includes the steps of: preparing a canvas substrate that includes a printed side; placing the canvas substrate with the printed side facing down; disposing a base frame over the canvas substrate; folding edges of the canvas substrate over sides of the base frame; inserting a rear panel into the base frame; and pressing the rear panel downward until a snap-fit connection is realized between the rear panel and the base frame with the folded edges of the canvas substrate being captured between the rear panel and the base frame and being taught across a forward face of the base frame.

A frame assembly includes a frame base and a rear panel including a plurality of side walls that are configured to be received within a plurality of side walls of the frame base. Along an external surface of each side wall of the rear panel there is at least one locking tab that is configured for reception within one corresponding locking opening of the frame base when the rear panel is inserted into the frame base so as couple the rear panel to the frame base in a snap-fitting manner and permit a canvas substrate to be captured therebetween for holding the canvas substrate across a front face of the frame base.

The current invention may include an improved canvas wrap frame mount having an upper and a lower display support that may be secured along the top and bottom surfaces of a canvas wrap picture by a plurality of low profile adjustable couplers. In another embodiment, the invention may include an extendable canvas wrap frame mount having an upper and a lower display support that may be independently expandable along the length of a leading edge of a canvas wrap.

A framing system comprising at least two transverse bars made of magnetically attractive, where each transverse bar has two ends, and each end each transvers bar connects by friction alone with a hole in a side rail. The side rails may be flexible or rigid. At least one magnet secures a framed item to at least one ferromagnetic bar by sandwiching the framed item between the magnet and the magnetically-attractive ferromagnetic bar. In preferred embodiments, two magnets secure the top of the framed item to a top ferromagnetic bar and two magnets secure the bottom of the framed item to the bottom ferromagnetic bar.

A corner frame for a wall corner is disclosed. The frame can comprise a plurality of frames, one or more canvases mounted to the frames, and one or more mounts at the back surface of the frames. Each frame can be attached together side-by-side such that each of the frames are attached together at each of one or more folds. A method of displaying a canvas for an inner corner of a wall is also disclosed. The method comprises the steps attaching the canvas to a corner frame, and mounting the corner frame to the wall. The corner frame can comprise a plurality of frames, each together, side by side, and one or more mounts.