FIELD

[0001] The disclosed embodiments relate generally to picture frames and more particularly, but not exclusively, to a pluggable picture frame and method for making and using same.

BACKGROUND

[0002] Currently available picture frames do not provide an easy way to change a picture without removing the picture frame from the mounting surface and disassembling the picture frame to change the picture. Traditional picture frames require measuring the distance between the hangars on the back of the picture frame, measuring out the appropriate spacing on a mounting surface, ensuring the markings are level, and installing the nailing the nails on the mounting surface and finally aligning the hangars with the nails on the mounting surface and checking the ensure the frame is level on the mounting surface. Additionally, traditional picture frames require the use of separate tools, a level and a measuring device, to ensure the proper mounting of the picture frame on the vertical surface.

[0003] Accordingly, there is a need for a picture frame that can be easily mounted to a vertical surface and, once mounted, enabling the enclosed picture be readily changed without having to remove, dissemble, reassemble, and remount the picture frame to the mounting surface.

SUMMARY

[0004] The present disclosure relates to a pluggable picture frame and method for

constructing the same. The disclosed picture frame and method that facilitates mounting and picture replacement in an easy-to-use and lightweight form factor can prove desirable and provide for a wide range of applications.

[0005] In accordance with an aspect disclosed herein, a rear panel comprises a planar surface configured to form a channel to accept a picture board, and a mounting system to mount the rear panel on at mounting location.

[0006] In accordance with another aspect disclosed herein, a picture frame comprises a front panel; and the rear panel; wherein the front panel is coupled to the rear panel forming an opening in the front panel in communication with a channel between the front panel and the rear panel for receiving a removable picture board.

[0007] In some embodiments of the picture frame the front panel comprises two side rails being coupled at the distal end regions of the side rails, to a bottom rail at the respective end regions; and the rear panel comprises a panel being coupled to the two side rails, and the bottom rail forming an opening in communication with a channel between the rear panel and the side rails for receiving a removable picture board.

[0008] In some embodiments of the picture frame the front panel comprises a top rail with opposite end regions, coupled with a top cover; two side rails being coupled at the proximal end regions of the side rails, to the top rail at the respective end regions; and a bottom rail being coupled at opposite end regions to the distal end regions of the respective side rails; and the rear panel comprises a panel being coupled to the two side rails, and the bottom rail forming an opening in communication with a channel between the rear panel and the side rails for receiving a removable picture board.

[0009] In another aspect, a picture frame comprises a top rail having opposite end regions, coupled with a top cover; two side rails being coupled at the proximal end regions of the side rails, to the top rail at the respective end regions; a bottom rail being coupled at opposite end regions to the distal end regions of the respective side rails; and a rear panel being coupled to the two side rails, and the bottom rail forming an opening in communication with a channel between the rear panel and the side rails for receiving a removable picture board.

[0010] In another aspect, a picture frame comprises two side rails each having proximal and distal end regions; a bottom rail having opposite end regions being coupled with the distal end regions of said respective side rails; said bottom and side rails defining an opening; and a rear panel being coupled with said two side rails and the bottom rail defining a channel for receiving a removable picture board.

[0011] In another aspect, a picture frame comprises a top rail comprising two opposite ends, attached at the opposite ends to two parallel sides, each parallel side attached to a bottom rail, a rear panel attached to the top rail, both sides and the bottom rail forming a recess configured to receive a removable picture board, a plurality of fastener holes on the rear panel, and a top cover coupled to the top rail.

[0012] In another aspect, a picture frame comprises a top rail comprising two opposite ends, attached at the opposite ends to two parallel sides, each parallel side attached to a bottom rail, a rear panel attached to the top rail, both sides and the bottom rail forming a recess configured to receive a removable picture board, a leveling device affixed on the rear panel, and a top cover coupled to the top rail.

[0013] In some embodiments of the picture frame the picture board is engaged by the side rails and the rear panel. [0014] In some embodiments of the picture frame the rear panel further comprises at least one extension perpendicularly affixed to the periphery of the rear panel for engaging the picture board.

[0015] In some embodiments of the picture the top cover is removably coupled to the top rail. In some embodiments of the picture frame, the top cover is slidably coupled to the top rail. In some embodiments of the picture frame, the top cover is foldably coupled to the top rail. In some embodiments of the picture frame, the top cover is magnetically coupled to the top rail. In some embodiments of the picture frame, pictures can be mounted on each side of the picture board.

[0016] In some embodiments of the picture frame, the picture frame is comprised of molded plastic.

[0017] In some embodiments of the picture frame, the extensions from the rear panel provide pressure to keep the picture board flush with the opening on the front panel.

[0018] In some embodiments of the picture frame, the frame further comprises a plurality of removably attached fasteners.

[0019] In some embodiments of the picture frame, the frame further comprises a removably attached stud finder.

[0020] In accordance with an aspect disclosed herein, there is set forth a method for manufacturing a picture frame, comprising: defining an opening in a front panel for exposing an inner surface of a rear panel being disposed adjacent to the front panel; and forming a channel between an inner surface of the front panel at a periphery and the inner surface of the rear panel for receiving a picture board.

[0021] In some embodiments of the disclosed method, the defining an opening in a front panel comprises: forming a mold outlining at least two parallel sides connected at respective end regions of a bottom side and an opening between the sides and the bottom side, and pouring liquid plastic in the mold to create a front panel.

[0022] In some embodiments of the disclosed method, the defining an opening in a front panel comprises: forming a mold outlining at least two parallel sides connected at respective end regions of a bottom side and end region of a top side and an opening between the sides, the top side and the bottom side, and pouring liquid plastic in the mold to create a front panel.

[0023] In some embodiments of the disclosed method, the defining an opening in a front panel comprises: forming a mold outlining at least two parallel sides connected at respective end regions of a bottom side and end region of a top side and an opening between the sides, the top side and the bottom side, and a rear panel connected to the top, bottom, and sides, and pouring liquid plastic in the mold to create a picture frame.

[0024] In some embodiments of the disclosed method, the defining an opening in a front panel comprises: cutting a material to form a rectangular shaped planar surface, and removing a portion of a planar surface so as to form an opening in the center of the surface.

[0025] In some embodiments of the disclosed method the defining an opening in a front panel comprises: coupling two side rails, each having proximal and distal end regions, to the proximal ends of a top rail, and coupling the side rails to the respective distal end regions of a top rail respectively forming an opening.

[0026] In some embodiments of the disclosed method the forming a channel comprises: forming a rear panel having an extension projecting perpendicular to a planar surface of the rear panel, and coupling the rear panel with the front panel forming a channel to receive a picture board.

[0027] In some embodiments of the disclosed method the forming a channel comprises: forming a rear panel having an extension at the periphery, the extension projecting

perpendicular to a planar surface of the rear panel, and coupling the rear panel with the front panel forming a channel to receive a picture board.

[0028] In some embodiments of the disclosed method the forming a channel comprises: forming a rear panel having a plurality of extensions at the periphery, the extensions projecting perpendicular to a planar surface of the rear panel, and coupling the rear panel with the front panel forming a channel to receive a picture board.

[0029] In some embodiments of the disclosed method the forming a channel comprises: forming a bracket formed to accommodate the picture board, and coupling the bracket to a rear side of the front panel forming a channel to receive the picture board.

[0030] In some embodiments of the disclosed method further comprises forming a nail hole in the rear panel for mounting the picture frame to a mounting surface.

[0031] In some embodiments of the disclosed method further comprises coupling a leveling device to the rear panel.

[0032] In some embodiments of the disclosed method further comprises coupling a fastener holder to the rear panel.

[0033] In some embodiments of the disclosed method further comprises forming a fastener holder on a surface of the rear panel. [0034] In some embodiments of the disclosed method further comprises coupling a plurality of removable fasteners to the fastener holder.

[0035] In some embodiments of the disclosed method further comprises coupling a stud finder to the rear panel.

[0036] In some embodiments of the disclosed method further comprises coupling a top cover to the picture frame.

BRIEF DESCRIPTION OF THE DRAWINGS

[0037] Fig. 1 is a block diagram illustrating an embodiment of a rear panel of a pluggable picture frame.

[0038] Fig. 2 is a detail diagram illustrating an embodiment of the pluggable picture frame of Fig. 1, wherein the picture frame forms an opening for providing access to the rear panel.

[0039] Fig. 3 is a detail drawing illustrating another embodiment of the pluggable picture frame of Fig. 2, wherein a picture board is being disposed in the picture frame.

[0040] Fig. 4 is a detail drawing illustrating an embodiment of the pluggable picture frame of Fig. 3, wherein the picture board is disposed in the picture frame.

[0041] Fig. 5 is a detail drawing illustrating an embodiment of a rear panel of the pluggable picture frame of Fig. 2, wherein the rear panel forms at least one opening for receiving a mounting fastener and a fastener mount.

[0042] Fig. 6 is a detail drawing illustrating an alternative embodiment of the rear panel of Fig. 2, wherein the rear panel includes a leveling device.

[0043] Fig. 7 is a detail drawing illustrating an alternative embodiment of the pluggable picture frame of Fig. 4, wherein the picture frame includes a removable cover for covering the opening in the picture frame.

[0044] Fig. 8 is a detail drawing illustrating an alternative embodiment of the picture frame of Fig. 4, wherein the removable cover is foldably coupled with the picture frame in a first direction.

[0045] Fig. 9 is a detail drawing illustrating an alternative embodiment of the picture frame of Fig. 4, wherein the removable cover is slidably coupled with the picture frame in a first direction.

[0046] Fig. 10 is a detail drawing illustrating another alternative embodiment of the picture frame of Fig. 4, wherein the removable cover is slidably coupled with the picture frame in a second direction. [0047] Fig. 11 is a detail drawing illustrating a cut-away view of the picture frame of Fig. 2.

[0048] Fig. 12 is a detail drawing illustrating a top perspective view of another alternative embodiment of the picture frame of Fig. 2.

[0049] Fig. 13 is a detail drawing illustrating a cut-away view of the picture frame of Fig. 11 with the picture board removed illustrating a channel for receiving the picture board.

[0050] Fig. 14 is a detail drawing illustrating an embodiment of the rear panel of the picture frame of Fig. 2.

[0051] Fig. 15 is a detail drawing illustrating an alternative embodiment of the rear panel of the picture frame of Fig. 2 that illustrates alternative mounting holes.

[0052] Fig. 16 is a detail drawing illustrating an alternative embodiment of the distal side of the rear panel of the picture frame of Fig. 2.

[0053] Fig. 17 is a detail drawing illustrating a rear view of another alternative embodiment of the pluggable picture frame of Fig. 4, wherein the pluggable picture frame is adapted for mounting on a horizontal surface.

[0054] Fig. 18 is a detail drawing illustrating the front view of another alternative

embodiment of the pluggable picture frame of Fig. 17, in which the picture board is removed from the portable picture frame.

[0055] Fig. 19 is a detail drawing illustrating the front view of another alternative

embodiment of the pluggable picture frame of Fig. 17, in which the picture board is installed in the portable picture frame.

[0056] Fig. 20 is a detail drawing illustrating the rear view another alternative embodiment of the pluggable picture frame for mounting on a horizontal surface, in which the stand assembly is extended.

[0057] Fig. 21 is an exemplary top-level flowchart illustrating an embodiment of a method for manufacturing a pluggable picture frame, wherein an opening is defined in a front panel of the picture frame for exposing an inner surface of a rear panel of the picture frame and forming a channel for receiving a picture board.

[0058] Fig. 22 is an exemplary flowchart illustrating an alternative embodiment of defining an opening in the front panel for the method of Fig. 21, wherein the opening in the front panel is formed two parallel sides and a bottom side by a plastic mold. [0059] Fig. 23 is an exemplary flowchart illustrating an alternative embodiment of defining an opening in the front panel for the method of Fig. 21, wherein the opening in the front panel is formed two parallel sides connected to a top and a bottom side by a plastic mold.

[0060] Fig. 24 is an exemplary flowchart illustrating an alternative embodiment of defining an opening in the front panel for the method of Fig. 21, wherein the opening in the front panel is formed two parallel sides connected to a top, a bottom side, and a rear panel by a plastic mold.

[0061] Fig. 25 is an exemplary flowchart illustrating an alternative embodiment of defining an opening in the front panel for the method of Fig. 21, wherein the opening in the front panel is formed by cutting a material to form a rectangular shaped planar surface.

[0062] Fig. 26 is an exemplary flowchart illustrating an alternative embodiment of defining an opening in the front panel for the method of Fig. 21, wherein the opening in the front panel is formed by coupling two side rails, each having proximal and distal end regions, to the proximal ends of a top rail.

[0063] Fig. 27 is an exemplary flowchart illustrating an alternative embodiment of forming a channel to receive a picture board for the method of Fig. 21, wherein the channel is formed by forming an extension projecting perpendicular to a planar surface of the rear panel and coupling the rear panel with the front panel.

[0064] Fig. 28 is an exemplary flowchart illustrating an alternative embodiment of forming a channel to receive a picture board for the method of Fig. 21, wherein the channel is formed by forming an extension at the periphery projecting perpendicular to a planar surface of the rear panel and coupling the rear panel with the front panel.

[0065] Fig. 29 is an exemplary flowchart illustrating an alternative embodiment of forming a channel to receive a picture board for the method of Fig. 21, wherein the channel is formed by forming a rear panel having a plurality of extensions at the periphery projecting perpendicular to a planar surface of the rear panel and coupling the rear panel with the front panel.

[0066] Fig. 30 is an exemplary flowchart illustrating an alternative embodiment of forming a channel to receive a picture board for the method of Fig. 21, wherein the channel is formed by forming a bracket to accommodate a picture board and coupling the bracket to the rear side of the front panel to form a channel.

[0067] Fig. 31 is an exemplary flowchart illustrating an alternative embodiment of the method of Fig. 21, wherein the method also comprises forming a fastener hole in the rear panel for mounting the picture frame to a mounting surface. [0068] Fig. 32 is an exemplary flowchart illustrating an alternative embodiment of the method of Fig. 21, wherein the method also comprises forming a fastener hole in the rear panel for mounting the picture frame to a mounting surface and coupling a leveling device to the rear panel.

[0069] Fig. 33 is an exemplary flowchart illustrating an alternative embodiment of the method of Fig. 21, wherein the method also comprises forming a fastener hole in the rear panel for mounting the picture frame to a mounting surface, coupling a leveling device to the rear panel, and coupling a fastener holder to the rear panel.

[0070] Fig. 34 is an exemplary flowchart illustrating an alternative embodiment of the method of Fig. 21, wherein the method also comprises forming a fastener hole in the rear panel for mounting the picture frame to a mounting surface, coupling a leveling device to the rear panel, coupling a fastener holder to the rear panel, and forming a nail holder on a surface of the rear panel.

[0071] Fig. 35 is an exemplary flowchart illustrating an alternative embodiment of the method of Fig. 21, wherein the method also comprises forming a fastener hole in the rear panel for mounting the picture frame to a mounting surface, coupling a leveling device to the rear panel, coupling a fastener holder to the rear panel, forming a nail holder on a surface of the rear panel, and coupling a plurality of removable fasteners to the fastener holder.

[0072] Fig. 36 is an exemplary flowchart illustrating an alternative embodiment of the method of Fig. 21, wherein the method also comprises forming a fastener hole in the rear panel for mounting the picture frame to a mounting surface, coupling a leveling device to the rear panel, coupling a fastener holder to the rear panel, forming a nail holder on a surface of the rear panel, coupling a plurality of removable fasteners to the fastener holder, and coupling a stud finder to the rear panel.

[0073] Fig. 37 is an exemplary flowchart illustrating an alternative embodiment of the method of Fig. 21, wherein the method also comprises forming a fastener hole in the rear panel for mounting the picture frame to a mounting surface and coupling a top cover to the picture frame.

[0074] It should be noted that the figures are not drawn to scale and that elements of similar structures or functions are generally represented by like reference numerals for illustrative purposes throughout the figures. It also should be noted that the figures are only intended to facilitate the description of the preferred embodiments. The figures do not illustrate every aspect of the described embodiments and do not limit the scope of the present disclosure. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0075] Since currently-available picture frames require removal from a mounting surface, disassembly, reassembly, and then remounting at the mounting surface just to change the picture, a picture frame and method that facilitates mounting and picture replacement in an easy-to-use and lightweight form factor can prove desirable and provide for a wide range of applications. This result can be achieved according to one embodiment disclosed herein by a rear panel 210 for an integrated picture frame 200 as illustrated in Fig. 1.

[0076] Turning to Fig. 1, the rear panel 210 can support the contents disposed in the picture frame 200 and provides for a mounting system 212. The rear panel 210 can comprise of a material forming first and second opposite surfaces. The first surface can be adapted for supporting frame contents; whereas, the second surface can be disposed adjacent to a mounting surface or other mounting location (not shown) during use. The mounting system 212 can be associated with the first surface, the second surface, or both. If associated with the first surface, for example, the mounting system 212 advantageously can enable the picture frame 200 to be mounted at the mounting location before the contents are disposed in the picture frame 200. The planar surfaces can be constructed in any conventional manner including a plastic molding process. In some embodiments, the rear panel 210 can be comprised of wood, fiberglass, metal alloy or other composite material.

[0077] The rear panel 210 can form part of the picture frame 200 that can be easily mounted at the mounting surface and provides for changing the contents of the picture frame 200 without removing the picture frame 200 from the mounting surface. The rear panel 210 also supports a glassless frame that can both increase safety and decrease weight of the picture frame 200.

[0078] The mounting system 212 can support mounting on a vertical mounting surface in either portrait or landscape orientation. The mounting system 212 provides all the necessary accessories for mounting the picture frame 200 at the mounting surface to include ensuring the picture frame 200 is level after installation. The mounting system 212 also allows for changing the orientation of the picture frame 200 from portrait to landscape without having to reinstall new fasteners on the mounting surface. Alternatively, the mounting system 212 can support mounting on a horizontal surface such as a desktop in either portrait or landscape orientation.

[0079] Although shown in Fig. 1 as having a rectangular shape for purposes of illustration only, the rear panel 210 and/or picture frame 200 can have any suitable shape. The rear panel 210, for example, can be constructed with a square, rectangular, triangular, circular or oval shape to accommodate the shape of the picture frame 200. The dimensions of the rear panel 210 can vary in size to accommodate different picture sizes. The rear panel 210 can be constructed with sufficient thickness to provide a rigid mount for the picture frame 200. The rear panel 210 can also be covered with a coating to harden and increase the rigidity of the rear panel 210.

[0080] Turning to Fig. 2, the picture frame 200 is illustrated as comprising a top rail 202 having opposite end regions 202 A, 202B. The end regions are coupled with proximal end regions 204 A of two respective side rails 204. Each side rail 204 also includes a distal end region 204B that can be coupled with opposite end regions 206 A, 206B of a bottom rail 206. The coupling of the two side rails 204 to the top rail 202 and bottom rail 206 form an opening through which a picture can be seen. The dimension of the opening can vary in size and shape. A rear panel 210 is coupled to the side rails 204 to form a channel 220 between the rear panel 210 and the side rails 204. This channel 220 can be designed to accommodate a picture board 208.

[0081] In an embodiment, the picture frame 200 can comprise two components: a front panel 205; and a rear panel 210 (shown in Fig. 2) coupled together. In this embodiment, the rear panel 210 can be coupled to the front panel 205 by fasteners.

[0082] In another embodiment, the picture frame 200 can comprise of three components: a front panel 205, a rear panel 210, and a cover 218 mounted on the front panel 205.

[0083] The picture frame 200 advantageously can be adapted for use with a removable picture board 208. The picture board 208 can be constructed of any conventional material such as cardboard, layered material, wood, metal, glass, fabric, or plastic. In one embodiment, the picture board 208 can be generally rectangular or square in shape and sized to be inserted into and removable from the top of the picture frame 200. In one embodiment, the picture board 208 can be coated with a magnetic material or a special coating to enable pictures to adhere to the picture board 208. The picture board 208 has two sides. One or more pictures can be affixed to each respective side of the picture board 208. The two sides of the picture board 208 enable the picture board 208 to be removed and turned over to display the pictures affixed to the opposite side of the picture board 208.

[0084] In some embodiments, digital photographs can be transmitted over a network to a web based application. The web based application can be used to customize the design of both the picture frame 200 and the picture board 208. The web based application can size the digital picture as required to fit the size of the picture board 208 selected. The process of sizing the picture for the picture frame 200 and corresponding picture board 208 can be repeated for a different digital picture for the opposing side of the picture board 208, resulting in a different picture mounted on each side of the picture board 208. The web based application, through the use of industrial printing techniques, can output a picture board 208 with a photograph printed on one or both sides of the picture board 208.

[0085] In some embodiments, a protective coating can be applied to the pictures mounted on one or both sides of the picture board 208. The protective coating can be clear and can be sprayed or rolled onto the picture board 208. The protective coating can form a scratchproof and waterproof protective surface over the picture board 208.

[0086] In some embodiments, the use of the protective coating on the picture board 208 can eliminate a need for glass in the picture frame 200. In this embodiment, the lack of glass in the picture frame 200 increases safety by reducing potential injuries from broken glass if the picture frame 200 is dropped, especially in homes with small children. The lack of glass also decreases the weight of the picture frame 200. In some embodiments, the material comprising the picture frame 200 can be hardened and/or coated with a resin material to increase the strength of the material used for a durable, resilient, light weight picture frame 200.

[0087] In some embodiments, the picture board 208 can be comprised of a glass plane with the picture printed and/or etched onto the surface of the glass. In some embodiments, the picture board 208 can be comprised of wood with the picture printed and/or etched into the wooden surface. In some embodiments, the picture board 208 can be comprised of a fabric stretched over a frame with a picture printed onto the fabric.

[0088] In another embodiment, the picture frame 200 can comprise of a single panel with the entire picture frame 200 formed from a single mold. In this embodiment, the picture frame 200 would still have an opening in the front panel 205 through which the picture board 208 can be displayed. In this embodiment, the single panel would also form the channel 222 inside the picture frame 200 to accommodate insertion of the picture board 208.

[0089] The rear panel 210 can have one or more coupling fastener holes (not shown) formed or drilled through the rear panel 210. The coupling fastener holes allow passage of fasteners through the planar surface to couple the rear panel 210 to the front panel 205. In one embodiment, the coupling fastener holes can be positioned along a periphery of the rear panel 210.

[0090] In some embodiments, the rear panel 210 has no coupling fastener holes because the picture frame assembly is formed in a mold as a single piece. In other embodiments of the rear panel 210, the front panel 205 and rear panel 210 can be fused together during production of the picture frame 200.

[0091] In some embodiments, a mounting system 212 can be comprised of a plurality of mounting holes 213 in the rear panel 210. In other embodiments, the mounting system 212 can comprise of a stand assembly coupled to the rear panel 210 to allow the picture frame 200 to stand alone in an inclined position in both portrait or landscape orientations on a horizontal surface such as a desk. In some embodiments, the mounting system 212 can be selected from the group of fasteners 215, a fastener mount 214, a leveling device 216 and/or a stud finder. In some embodiments, the mounting system 212 can comprise magnetic mounts coupled to the rear panel 210, allowing the rear panel 210 to be mounted to an iron alloy surface.

[0092] Fig. 3 illustrates an embodiment of the picture frame 200 with the picture board 208 removed. Fig. 3 also illustrates a preferred embodiment of the rear panel 210. In one embodiment, the rear panel 210 forms at least one fastener hole 213 for receiving a mounting fastener 215 (shown in Fig. 5). Each fastener hole 213 can receive a selected mounting fastener 215 such that the picture frame 200 can be mounted to a preselected mounting location. The mounting fastener 215 can comprise any conventional type of fastener and can include, for example, a nail, a tack, a screw, and/or a pin, without limitation.

[0093] The mounting fastener holes 213 can be formed on the rear panel 210 in any conventional manner such as being molded, punched, or drilled into the rear panel 210. Stated somewhat differently, the fastener holes 213 can be formed at a preselected angle relative to the plane of the rear panel 210. The preselected angle of the fastener holes 213 can enable a proper angle of fasteners for mounting the picture frame 200 to a mounting surface. Fig. 4 illustrates an embodiment of the picture frame 200 with a rear panel 210 comprising a fastener hole 213. Although shown in Fig. 5 and described as including two fastener holes 213 for purposes of illustration only, the picture frame 200 can comprise any suitable number of fastener holes 213 positioned at any conventional location on the rear panel 210 of the picture frame 200.

[0094] In an alternative embodiment, the fastener holes 213 have excess material forming a tower 217 extending from the first surface of the rear panel 210. The tower 217 (shown in Fig. 13) can allow the proximal ends of the fasteners 215 to rest on the tower 217 to avoid damaging the interior side of the picture board 208. Additionally, the tower 217 can advantageously provide a guide for inserting the fastener at a predetermined angle. [0095] In some embodiments, the fastener holes 213 can be comprised of a center recess with one or more smaller extensions that can be formed at selected angles. For example, the smaller extensions can be formed 90 degrees apart as shown in Fig. 15. The modified fastener holes

213 allow for passage of a fastener head through the center recess and then sliding the picture frame 200 so the picture frame 200 rests on the extensions of the fastener holes 212. The width of the extensions can be narrower than the diameter of the head of the fastener 215 thereby preventing the picture frame 200 from inadvertently falling off the fastener 215.

[0096] In some embodiments, there is a plurality of up to four fastener holes 213. The fastener holes 213 can be formed equidistant from each other, the four holes in effect forming a square. The equidistant fastener hole design can advantageously allow the picture frame 200 to be mounted on a mounting surface in either portrait or landscape without having to relocate the fasteners 215 in the mounting surface.

[0097] In some embodiments, the rear panel 210 only has three fastener holes 213 formed in the rear panel 210. The three fastener hole design can also have the fastener holes 213 equidistant apart forming a right angle between the holes 213 that also advantageously allows the picture frame 200 to be mounted at the mounting location in either portrait or landscape without having to change the fasteners 215 in the mounting surface.

[0098] In some embodiments, the picture frame 200 can include a fastener mount 214. As shown in Fig. 5, for example, the fastener mount 214 can be disposed on an interior surface of the rear panel 210 of the picture frame 200. The fastener mount 214 removably couples a plurality of fasteners 215 to the rear panel 210 of the picture frame 200. In other words, the fastener mount 214 holds the fasteners 215 and assists in mounting the picture frame 200 to a vertical surface. The fasteners 215 can be capless. Fig. 5 illustrates an embodiment of the picture frame 200 with a rear panel 210 comprising the fastener holes 213 and the fastener mount 214. Although shown in Fig. 5 and described as including one fastener mount 214 for purposes of illustration only, the picture frame 200 can comprise any number of fastener mounts 214 positioned at any conventional location on the rear panel 210 of the picture frame 200.

[0099] In some embodiments, the fastener mount 214 can hold the fasteners 215 horizontally respective to the rear panel 210 as shown in Fig. 15. In other embodiments, the fastener mount

214 can hold the fasteners vertically respective to the rear panel 210. Although Fig. 16 depicts the fastener mount 214 near the top of the rear panel 210, the fastener mount 214 can be positioned at any conventional location on the rear panel 210 of the picture frame 200 in any orientation.

[0100] In some embodiments, the picture frame 200 can include a leveling device 216. As shown in Fig. 6, for example, the leveling device 216 can be disposed on the interior surface of the rear panel 210 of the picture frame 200. The leveling device 216 can be any conventional leveling device such as a tubular spirit level. Fig. 6 illustrates an embodiment of the picture frame 200 with the fastener holes 213 and the leveling device 216 coupled to the rear panel 210.

[0101] Although shown in Fig. 6 and described as including one leveling device 216 for purposes of illustration only, the picture frame 200 can comprise any number of leveling devices 216 positioned on the rear panel 210 of the picture frame 200. While several different types of leveling devices 216, such as a spirit level, are disclosed, this is provided only by way of example and is not meant as a limitation.

[0102] In some embodiments, the leveling device 216 can be removable from a leveling device mount formed in the rear panel 210. In some embodiments, additional mounts for the leveling device 216 can be formed on the rear panel 210. For example, additional leveling device mounts can be formed parallel to the sides 204 of the picture frame 200 for leveling the picture frame 200 during a landscape oriented mounting. In some embodiments, more than one leveling device 216 can be coupled to the picture frame 200.

[0103] Turning to Fig. 7, the picture frame 200 is shown as including a cover 218 for overlaying the opening 219 formed in the picture frame 200. Advantageously, the cover 218 can overlay the opening 219 in a first mode and reveal the opening 219 in a second mode. For example, the cover 218 can reveal the opening 219 when the picture board 208 is being accessed. Access to the picture board 208 can arise when the picture board 208 is being inserted into and/or removed from the picture frame 200. In contrast, the cover 218 can overlay the opening 219 once the picture board 208 has been inserted into the picture frame 200, and the picture frame 200 is ready for display. Thereby, a risk of damage to and/or loss of the cover 218 can be minimized. The cover can be constructed from any conventional material to include wood, metal, fiberglass, or plastic and preferably is constructed from the same material that comprises the front panel 205 (shown in Fig. 2). Although shown in Fig. 7 and described as including one cover 218 for purposes of illustration only, the picture frame 200 can comprise any number of covers 218 or without a cover 218 at all. [0104] As shown in Fig. 7, the cover 218 can be removably coupled with the top rail 202. The cover 218 can be coupled to the top rail 202 in any conventional manner. The cover 218 can be mechanically coupled to the top of the picture frame 200.

[0105] Additionally, and/or alternatively, the cover 218 can be magnetically coupled to the top rail 202. In this embodiment, magnets (not shown) can be installed on the cover 218 and/or the top rail 202 of the picture frame 200. The magnetic attraction of the magnets can hold the cover 218 onto to top rail 202. In one magnetic embodiment of the cover 218, the cover 218 can be made of ferrous material, and magnetics can be installed on the top rail 202 of the picture frame 200 to hold the cover 218 into place. In an alternate embodiment, the top rail 202 can have ferrous material, and magnets installed into the top cover 218 to hold the cover 218 in place on the top rail 202.

[0106] In some embodiments, the cover 218 can be foldably (or rotatably) coupled with the top rail 202. Fig. 8 illustrates an embodiment of the picture frame 200 with a cover 218 foldably coupled to a selected side of the top rail 202 of the picture frame 200. In this embodiment, a foldable connector (not shown), such as a hinge, can connect the cover 218 to the top rail 202. This foldable connector allows for the cover 218 to be swiveled open and the picture board 208 to be removed. In this embodiment, the cover 218 can also be swiveled closed. Although Fig. 9 depicts the hinge connected on the distal side of the top rail 202, the hinge can be alternatively connected to the proximal section of the top rail 202 or either left or right sides of the top rail 202.

[0107] In one preferred embodiment, the cover 218 can be slidably coupled with the top rail 202. Fig. 9 illustrates an embodiment of the picture frame 200 with a slidably coupled cover 218. In this embodiment, the top rail 202 of the picture frame 200 can cooperate with the cover 218 in any conventional manner. For example, the top rail 202 can have a set of parallel grooves (not shown) on a top surface 202 of the picture frame 200. The cover 218 can be disposed between the grooves, allowing the cover 218 to slide back and forth within the grooves. The cover 218 thereby can be at least partially removed from the picture frame 200. Alternatively, the cover 218 can be completely removed from the picture frame 200.

[0108] Fig. 10 illustrates another embodiment of the picture frame 200 having the cover 218. As shown in Fig. 10, the cover 218 can be slidably coupled with the top rail 202. The top rail 202 and the cover 218 can cooperate in any conventional manner. In this embodiment, a set of parallel grooves (not shown) can be provided on the side rails 204 of the picture frame 200. The groves for mounting the cover 218, for example, can be cut into the inside surface of the side rails 204 of the picture frame 200. In this embodiment, the cover 218 can slide toward the rear of the picture frame 200, away from the viewable surface of the picture frame 200.

[0109] In Fig. 11, a cut away view of the picture frame 200 is illustrated. Fig. 11 illustrates the slot 220 formed between the front panel 206 and the rear panel 210 for accommodating the picture board 208.

[0110] In some embodiments, the rear panel 210 has an extension 222 on the periphery of the rear panel, extending towards the picture board 208 mounted in the picture frame 200. Pressure and/or friction created by the picture board 208 pressing up against at least one extension 222 holds the picture board 208 flush against the opening 219 formed in the front panel 205.

[0111] In Fig. 12, a cut-away of the top panel of the picture frame 200 is illustrated depicting a plurality of extensions 222 extending from the rear panel 210 applying pressure along the periphery of the picture board 208. This illustration depicts a single extension 222, but the pressure against the picture board 208 can be developed by any number of extensions 222. The extensions 222 can be curved as depicted in Fig. 13 allowing pressure to be applied the picture board 208 without damaging the surface of the picture board 208 during insertion and removal of the picture board 208 from the channel of the picture frame 200.

[0112] Fig. 13 is a detailed view of a cut-away of the corner of one embodiment of the picture frame 200. Fig. 14 illustrates the channel formed between the rear panel 210 and the top rail 202 for receiving the picture board 208.

[0113] Fig. 14 illustrates an embodiment of the inside of the rear panel 210 with extensions 222 coupled to opposite sides of the surface. Fig. 14 illustrates installation accessories that can include any number of fastener holes 213, the leveling device 216, a stud finder and/or a plurality of extensions 222. In one embodiment, the extensions 222 can be coupled at the periphery edges of the planar surface. The extensions 222 combine with the inside surface of a front panel 205 to form a channel to accommodate a removable picture board 208. The extensions 222 also prevent the picture board 208 from contacting the mounting accoutrements that can be coupled to the interior of the rear panel 210. Although shown and described with reference to Fig. 14 as depicting numerous extensions 222 for purposes of illustration only, the pressure against the picture board 208 can be developed by any suitable number of extensions 222. The plurality of extensions 222 can be curved as illustrated in Fig. 14.

[0114] Fig. 15 illustrates an alternative embodiment of the rear panel 210 of the picture frame 200. In this embodiment, the rear panel 210 comprises a plurality of fastener holes 213 with extensions to allow for portrait or landscape installation of the picture frame 200. The fastener mount 214 allows for vertical storage of the fasteners 215.

[0115] The picture board 208 can be manufactured of a double sided hardened board with two pictures mounted on the board, one on each side. The pictures mounted on the picture board 208 can accommodate different sized pictures including full sized prints.

[0116] Once the picture frame 200 is mounted on a mounting surface and the pictures are mounted on the picture board 208, the picture board 208 can be inserted into the frame 200 by opening the cover 218 on the top of the picture frame 200 and inserting the picture board 208 into the picture frame 200. In one embodiment, the picture frame 200 comes complete with pictures previously supplied by a consumer, mounted on the picture board 208. In this embodiment, the picture frame 200 is ready for mounting.

[0117] Fig. 16 illustrates an alternative embodiment of the distal side of the rear panel 210. The illustration depicts a plurality of fastener holes 213 on the mounting surface 210.

[0118] In some embodiments, a stud finder (not shown) can be removably attached the rear panel 210 of the picture frame 200. The stud finder can be a magnetic bar coupled at the midpoint of the bar to a mounting. The stud find can pass over a mounting surface and indicate the presence of studs by movement of the magnet as it is moved over ferrous fasteners in the mounting surface.

[0119] The fastener holes 213, fastener holder 214, and leveling device 216 comprise some exemplary easy-to-mount features that can be incorporated into the picture frame 200. The picture frame 200 can be easily mounted with only the use of conventional hand tool, such as a hammer (not included) or screwdriver. The hanging of the picture frame 200 can be accomplished as follows: (1) Hold the picture frame 200 (without picture board 208) adjacent to the mounting location where desired; (2) Install two fasteners 215 on the wall through fastener holes 213, while using the leveling device 216 to make sure the picture frame 200 is level on the mounting surface; (3) take the picture frame 200 off the mounting surface (the fasteners can be capless), slide in the picture board 208 into the picture frame 200, and put the complete picture frame 200 back on the fasteners already mounted on the surface.

[0120] Fig. 17 depicts a detail drawing illustrating a rear view of another alternative embodiment of the pluggable picture frame 200. In this embodiment, the picture frame 200 is adapted for mounting on a horizontal surface. As shown in Fig. 17, a stand assembly 224 can be coupled to the rear panel 210. The stand assembly 224 can be coupled with a hinged mount to allow the stand assembly 224 to extend and retract from the picture frame 200. The stand assembly 224 can have two flat edges at a distal end of the stand assembly 224 that advantageously allow for mounting the picture frame 200 on a horizontal surface in either portrait and landscape orientation.

[0121] Fig. 18 is a detail drawing illustrating a front view of another alternative embodiment of the pluggable picture frame 200 of Fig. 17. In this embodiment, the picture board 208 is removed from the picture frame 200. Fig. 18 depicts the stand assembly 224 retracted so the distal end of the stand assembly 224 is aligned with the edge of the side panel 204A of the picture frame 200.

[0122] Fig. 19 is a detail drawing illustrating the front aspect of an alternative embodiment of the pluggable picture frame 200 of Fig. 17, in in which the picture board 208 removed from the picture frame 200. Fig. 19 depicts the stand assembly 224 extended for display of the picture frame 200 on a horizontal surface.

[0123] Fig. 20 is detail drawing illustrating the rear aspect an alternative embodiment of the pluggable picture frame for mounting on a horizontal surface, in which the stand assembly is extended.

[0124] Turning to Fig. 21, the method 100 is shown as including defining, at 110, an opening 219 in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205. One advantage of exposing the inner surface of the rear panel 210 is to enable easy mounting and leveling of the picture frame 200 on a mounting surface. In this embodiment, the picture frame 200 can comprise a front panel 205 coupled to the rear panel 210 forming an opening 219 in communication with a channel 220 between the front panel 205 and the rear panel 210 for receiving a removable picture board 208.

[0125] The opening can be defined in any conventional manner. In one embodiment of defining, at 110, an opening includes cutting an opening in a solid surface planar material. Another embodiment of defining, at 110, an opening includes forming the material using a plastic molding process with a preformed opening. In another embodiment, the opening can be defined by coupling two side rails 204 each having proximal and distal end regions to the proximal and distal ends of a top rail 202 and bottom rail 206 respectively.

[0126] The front panel 205 can be coupled to the rear panel 210 by any conventional manner including but not limited to glue, sealant, friction, fasteners, plastic fusion or mechanical latches. [0127] The method 100 further comprises forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board 208.

[0128] The channel 220 can be formed in any conventional manner. In one embodiment, the channel 220 can be formed by molding the channel 220 into a single unit. In another embodiment, a molded channel 220 can be formed in both the front panel 205 and the rear panel 210 and a composite channel 220 is formed by coupling the front panel 205 and rear panel 210 together. The size of the channel 220 is predetermined to accommodate different sized picture boards 208.

[0129] Fig. 22 depicts one embodiment of the method of defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205. This embodiment comprises forming, at 112 A, a mold outlining at least two parallel sides 204 connected at respective end regions of a bottom side 206 and an opening between the sides 204 and the bottom side 206, and pouring, at 114A a liquid plastic into the mold to create a front panel 205.

[0130] Fig. 23 depicts another embodiment of the method of defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205. This embodiment comprises forming, at 112B, a mold outlining at least two parallel sides 204 connected at respective end regions of a bottom side 206 and end region of a top side 202 and an opening between the sides 204, the top side 202 and the bottom side 206, and pouring, at 114B, a liquid plastic into the mold to create a front panel 205.

[0131] Fig. 24 depicts another embodiment of the method of defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205. This embodiment comprises forming, at 112C a mold outlining at least two parallel sides 204 connected at respective end regions of a bottom side 206 and end region of a top side 202 and an opening between the sides 204, the top side 202 and the bottom side 206, and a rear panel 210 connected to the top 202, bottom 206, and sides 204, and pouring, at 114C, a liquid plastic into the mold to create a picture frame 200.

[0132] Fig. 25 depicts another embodiment of the method of defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205. This embodiment comprises cutting, at 112D, a material to form a rectangular shaped planar surface, and removing, at 114D, a center portion of the planar surface so as to form an opening in the center. [0133] Fig. 26 depicts another embodiment of the method of defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205. This embodiment comprises coupling, at 112E, two side rails 204, each having proximal and distal end regions, to the proximal ends of a top rail 202, and coupling, at 114E, the side rails 204 to the respective distal end regions of a top rail 202 respectively forming an opening.

[0134] Fig. 27 depicts an embodiment of the method of forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board 208. This embodiment comprises forming, at 122 A, a rear panel 210 having an extension projecting perpendicular to a planar surface of the rear panel 210, and coupling, at 124 A, the rear panel 210 with the front panel 205 forming a channel 220 to receive a picture board 208.

[0135] Fig. 28 depicts another embodiment of the method of forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board 208. This embodiment comprises forming, at 122B, a rear panel 210 having an extension at the periphery, the extension 222 projecting perpendicular to a planar surface of the rear panel 210, and coupling, at 124B, the rear panel 210 with the front panel 205 forming a channel 220 to receive a picture board 208.

[0136] Fig. 29 depicts another embodiment of the method of forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board 208. This embodiment comprises forming, at 122C, a rear panel 210 having an extension 222 at the periphery, the extension 222 projecting perpendicular to a planar surface of the rear panel 210, and coupling, at 124C, the rear panel 210 with the front panel 205 forming a channel 220 to receive a picture board 208.

[0137] Fig. 30 depicts another embodiment of the method of forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board 208. This embodiment comprises forming, at 122, a bracket formed to accommodate the picture board 208, and coupling, at 124D, the bracket to an interior of the front panel 205 forming a channel 220 to receive the picture board 208.

[0138] Fig. 31 depicts another embodiment of method 100 further comprising defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205, forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board 208, and forming, at 130, a fastener hole 213 in the rear panel 210 for mounting the picture frame 200 to a mounting surface.

[0139] Fig. 32 depicts another embodiment of method 100 further comprising defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205, forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board 208, forming, at 130, a fastener hole 213 in the rear panel 210 for mounting the picture frame 200 to a mounting surface, and coupling, at 140, a leveling device 216 to the rear panel 210.

[0140] Fig. 33 depicts another embodiment of method 100 further comprising defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205, forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board 208, forming, at 130, a fastener hole 213 in the rear panel 210 for mounting the picture frame 200 to a mounting surface, coupling, at 140, a leveling device 216 to the rear panel 210, and coupling, at 150, a fastener mount 214 to the rear panel 210.

[0141] Fig. 34 depicts another embodiment of method 100 further comprising defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205, forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board 208, forming, at 130, a fastener hole 213 in the rear panel 210 for mounting the picture frame 200 to a mounting surface, coupling, at 140, a leveling device 216 to the rear panel 210, forming, at 150A, a fastener mount 214 on a surface of the rear panel 210.

[0142] Fig. 35 depicts another embodiment of the method 100 of construction comprising defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205, forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board, forming, at 130, a fastener hole 213 in the rear panel 210 for mounting the picture frame 200 to a mounting surface, coupling, at 140, a leveling device 216 to the rear panel 210, coupling, at 150, a fastener mount 214 to the rear panel 210, forming, at 150, a fastener holder 214 on a surface of the rear panel 210, and coupling, at 160, a plurality of removable fasteners 215 to the fastener mount 214.

[0143] Fig. 36 depicts another embodiment of method 100 further comprising defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205, forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board 208, forming, at 130, a fastener hole 213 in the rear panel 210 for mounting the picture frame 200 to a mounting surface, coupling, at 140, a leveling device 216 to the rear panel 210, coupling, at 150, a fastener mount 214 to the rear panel 210, forming, at 150, a fastener holder 214 on a surface of the rear panel 210, coupling, at 160, a plurality of removable fasteners 215 to the fastener mount 214, and coupling, at 170, a stud finder to the rear panel 210.

[0144] Fig. 37 depicts another embodiment of method 100 further comprising defining, at 110, an opening in a front panel 205 for exposing an inner surface of a rear panel 210 being disposed adjacent to the front panel 205, forming, at 120, a channel 220 between an inner surface at a periphery of the front panel 205 and the inner surface of a periphery of the rear panel 210 for receiving a picture board 208, and coupling, at 180, a top cover 218 to the picture frame 200.

[0145] The disclosed embodiments are susceptible to various modifications and alternative forms, and specific examples thereof have been shown by way of example in the drawings and are herein described in detail. It should be understood, however, that the disclosed

embodiments are not to be limited to the particular forms or methods disclosed, but to the contrary, the disclosed embodiments are to cover all modifications, equivalents, and alternatives.