Mount with adjustable post

Abstract

In one embodiment, an adjustable mount for attachment to a support surface includes a base for placement on the support surface and a first inner ratchet part that is rotatably coupled to the base. The first inner ratchet part has a center track. A second inner ratchet part is coupled to the first inner ratchet part and moves axially within the track. The second inner ratchet part has a hanging post extending outwardly therefrom. An actuator is coupled to the first inner ratchet part for selectively unlocking the first inner ratchet part and permitting rotational movement of the first inner ratchet part relative to the base for moving the post along an arcuate path. The actuator has an opening formed therein through which the post extends and in which the post moves axially.

Description

[0001] MOUNT WITH ADJUSTABLE POST

[0002] Cross-Reference To Related Patent Applications

[0003] This application is based on and claims priority to U.S. Provisional Patent Application No. 63 / 692,831, filed September 10, 2024 and U.S. Provisional Patent Application No. 63 / 837,296, filed July 2, 2025, each of which is hereby incorporated by reference, as if expressly set forth in its respective entirety herein.

[0004] Technical Field

[0005] The present disclosed is directed to hanging hardware that is configured to mount a framed article to a support surface, such as a wall, and more particularly to a mounting device that has a user adjustable post, that mimics a nail, to allow the user to move the post both in an up-and-down direction and in an arcuate direction.

[0006] Background

[0007] When mounting an object, such as a framed article, to the support surface, there are many different options for mounting hardware. Some of the most common picture hanging hardware are sawtooth, D-rings and wire. The proper hardware is selected in view of the weight, size and hardware of your frame. Several of the most common techniques involve using a hook or nail.

[0008] It can be particularly difficult to position mounts when multiple objects are being mounted in a certain desired relationship / orientation on the support surface. This requires anchoring one nail or hook in the support surface at a first location for hanging a first framed article and then anchoring another nail or hook in the support surface at a second location for handing a second framed article. At times, after seeing the two framed articles on the support surface, it is decided that the spacing is not proper. Next, one or more of the nails has to be reposition. This results in the support surface being marred with one or more unused holes that will need to be filled and painted.

[0009] There is therefore a need for a nail-like mount that allows the user to make minor adjustments to the nail (post), such as movement in at least two directions.

[0010] Summary

[0011] In one embodiment, an adjustable mount for attachment to a support surface includes a base for placement on the support surface and a first inner ratchet part that is rotatably coupled to the base. The first inner ratchet part has a center track. A second inner ratchet part is coupled to the first inner ratchet part and moves axially within the track. The second inner ratchet part has a hanging post extending outwardly therefrom. An actuator is coupled to the first inner ratchet part for selectively unlocking the first inner ratchet part and permitting rotational movement of the first inner ratchet part relative to the base for moving the post along an arcuate path. The actuator has an opening formed therein through which the post extends and in which the post moves axially.

[0012] Brief Description of the Drawing Figures

[0013] Fig. 1 is an exploded perspective view of an adjustable mount;

[0014] Fig. 2 is a front elevation view of a base;

[0015] Fig. 3 is a front elevation view of a first inner ratchet member;

[0016] Fig. 4 is a front elevation view of a second inner ratchet member;

[0017] Fig. 5 is a front elevation view of the partially assembled mount;

[0018] Fig. 6A is a front elevation view of an actuator;

[0019] Fig. 6B is a rear elevation view of the actuator;

[0020] Fig. 7 is a front elevation view of the fully assembled mount;

[0021] Fig. 8 is an exploded perspective view of an adjustable mount according to a different embodiment;

[0022] Fig. 9 is an exploded perspective view of an adjustable mount according to another embodiment;

[0023] Fig. 10 is a front elevation view of the adjustable mount without the cover;

[0024] Fig. 11 is a top plan view thereof;

[0025] Fig. 12 is an enlarged close-up showing a locking mechanism;

[0026] Fig. 13 is another enlarged close-up showing the locking mechanism;

[0027] Fig. 14 is a front elevation view of the fully assembled adjustable mount;

[0028] Fig. 15 is a side elevation view thereof; and

[0029] Fig. 16 is a perspective view of the cover in a raised position to act as a tool for removing the adjustable mount from a mounting surface, such as a wall.

[0030] Detailed Description of Certain Embodiments

[0031] Figs. 1-7 illustrate an adjustable mount 100 in accordance with one embodiment. As described herein, the mount 100 in accordance with one embodiment that is configured to mount a framed article to a support surface, such as a wall, and more particularly the mount 100 has a user adjustable post, that mimics a nail, to allow the user to move the post both in an up-and-down direction and in an ar cuate direction. This allows the user to make important adjustments to the location of the nail / post without additional marring of the support surface.

[0032] The adjustable mount 100 includes a number of parts that are assembled together. For example, the adjustable mount 100 includes a base 110 that can be in the form of a base plate. The base 110 is a planar structure that is intended to being mounted to the support surface (wall). The base 110 has a rear face (rear surface) 112 that is placed in contact with the support surface. In one embodiment, the rear face 112 can have a repositionable adhesive that allows the base 110 to be securely attached to the support surface. The base 110 can have any number of different shapes and sizes.

[0033] A front face 114 of the base 110 includes a raised wall 120 that protrudes outw ardly from the front face 114. The raised wall 120 has a continuous shape, such as a circle as illustrated. The raised wall 120 can be considered to be a flange or lip that is formed at a 90 degree angle to the front face 114. The outer surface of the raised wall 120 can be a smooth surface as shown. However, the opposite inner surface of the raised wall 120 is profiled. In particular, the inner surface can include a plurality of tabs 130 and includes a plurality of toothed sections 140. Each tab 130 is formed at a 90-degree angle to the raised wall 120. Since the raised wall 120 has a circular shape, the tabs 130 are arcuate shaped. In addition, each toothed section 140 is formed at a 90-degree angle to the raised wall 120.

[0034] In the illustrated embodiment, there are two pairs of tabs 130 and one pair of toothed sections 140. A first pair of tabs 130 is defined by a first tab 132 and a second tab 134 and a second pair of tabs 130 is defined by a thud tab 136 and a fourth tab 138. The first tab 132 is oriented 180 degrees apart from the third tab 136 and the second tab 134 is oriented 180 degrees apar from the fourth tab 138. Similarly, the toothed sections 140 are oriented 180 degrees apart. When the base 110 has the orientation shown in Fig. 2, the first tab 132 is generally positioned at 11 o’clock, the second tab 134 is at o’clock, the third tab 136 is at o’clock, the fourth tab 138 is at 7 o’clock and the two toothed sections 140 are located at 3 o’clock and 9 o’clock. The one pair of teethed sections 140 are thus located between the two pairs of tabs 130. Since the tabs 130 and toothed sections are at the end of the raised w'all 120, there is an open space behind each of these structures.

[0035] Between the arcuate-shaped shaped tabs 130 and the arcuate-shaped toothed sections 140 there are arcuate-shaped first notches or slots 135. As shown, there are four first notches 135 that are spaced circumferentially apart. Between each pair of the tabs 130, there is a smaller second notch 137. The adjustable mount 100 also includes a first inner ratchet part 200. The first inner ratchet part 200 has a complementary shape relative to the raised wall 120 and in particular', the first inner ratchet part 200 is rotatably disposed within the inside of the raised wall 120. As a result, the first inner ratchet part 200 has a circular shape and thus, resembles a disk. The first inner ratchet part 200 has an outer perimeter edge 202 that is circular shaped. The outer perimeter edge 202 has a plurality of tabs 210 that extend outwardly from the outer perimeter edge 202 and in particular there are two pairs of the tabs 210. One tab 210 of a first pair is located 180 degrees from one tab 210 of a second pair and similarly, the other tab 210 of the first pair is located 180 degrees from the other tab of the second pair. In addition, the outer perimeter edge 202 has a pair of detents 212 that are located 180 degrees apart. The detents 212 are located between the pairs of the tabs 210. The detent 212 has a pointed outer profile that resembles a single tooth. An inner end 213 of the detent 212 can be a flat (planar) end. Behind the detent 212 there can be a rectangular tab and it integral to the detent 212.

[0036] The detents 212 tire configured to engage the toothed sections 140 to provide a rachet action between the first inner ratchet pari 200 and the base 110. As the first inner ratchet part 200 rotates, the detents 212 can ratchet along and within the toothed sections 140. This permits a controlled rotation of the first inner ratchet part 200 relative to the base 110 and allows the user to move and retain the first inner ratchet part 200 in a rotated position relative to an initial position.

[0037] The tabs 210 are arcuate-shaped and are configured to be initially received within the first notches 135. Accordingly, the arcuate lengths of the tabs 210 are equal to or less than the arcuate lengths of the slots 135 and the circumferentially spacing of the tabs 210 and the first notches 135 is complementary to allow initial insertion of the tabs 210 into the fir st notches 135. After the insertion of the tabs 210 in the first notches 135, the first inner ratchet part 200 can be rotated causing the tabs 210 to travel behind the tabs 130, thereby coupling the first inner ratchet part 200 to the base 110 which prevents inadvertent detachment between the two parts during normal use.

[0038] The first inner ratchet part 200 has a center section 220 that bisects the first inner ratchet part 200 into left and right sections. The center section 220 defines a (linear) track 222 that is open at one end 223 and closed at the opposite end 224. The sides of the center section 220 are defined by first and second inner w'alls 225. The inner surface of each of the first and second inner walls 225 has a toothed section 226 such that the two toothed sections 226 face one another and face into the track 222. The toothed sections 226 are located closer to the closed opposite end 224 compared to the open one end 223. As shown, the open one end 223 is located between two tabs 210 that define one pair of the tabs 210. Each of the first and second inner walls 225 has an undercut that defines a guide channel. The two guide channels are thus parallel to one another. An outer surface of each of the first and second inner walls 225 includes a protruding section that faces radially outward. In the illustrated embodiment, this protruding section is in the form of a bump 228. At an apex of the bump 228, there is a protrusion or nub 229 that extends radially outwardly and is formed perpendicular to the apex. Each bump 228 extends partially along one toothed section 226, with the apex and the nub 229 being located at or close to one end of the toothed section 226.

[0039] The first inner ratchet part 200 is partially hollow in that each of the left and right sections includes a through hole that defines an open interior space 201. As a result of the inclusion of such through holes, the outer perimeter edge 202 in the left and right sections is flexible in that when an inward force is applied to the outer perimeter edge 202, the outer perimeter edge 202 will flex inward into the open interior space. When the force is removed, the material properties of the outer perimeter edge 202 results in the outer perimeter edge 202 automatically flexing outward to the at rest position. This flexing action of these sections of the outer perimeter edge 202 in the left and right sections facilitates the ratcheting action described herein since these flexible sections of the outer perimeter edge 202 carry the detents 212 that, as described herein, act at ratchet teeth.

[0040] Within the open interior space 201 of the left section, there is a spring biased first lug 230 that in effect is floating within the open interior space 201 and is connected to the solid parts of the first inner ratchet part 200 by a pair of first springs 232. An inner end of each first spring 232 is connected to one end of the first lug 230 and the opposite outer end of each first spring 232 is connected to a solid wall. As described herein, since the first lug 230 is suspended between the two first springs 232, application of a force to the first lug 230 the results in movement of the first lug 230 within the open interior space 201 causes one first spring 232 to compress and the other first spring 232 to extend. Fig. 5 shows the normal at rest position of the first lug 230 with no forces applied to the first lug 230.

[0041] The first lug 230 has an inner edge 231 that faces the track 222 and has a shape that is complementary to the bump 228. In particular, the inner edge 231 can have a concave shape that complements the convex shape of the bump 228. Along the inner edge 231 there is also a notch 233. The notch 233 receives the nub 229 and defines a maximum degree of travel of the first lug 230 in that when the nub 229 contact one end of the notch 233, the end of travel in one direction is reached. The first lug 230 also has an outer edge 235 opposite the inner edge 231 . The outer edge 235 has a protruding first blocking element 237. The outer edge of the first blocking element 237 can be a blunt, flat end. The first blocking element 237 acts as a blocking element in that when the inner end 213 of the detent 212 is aligned with and in abutting or close proximate contact with the outer edge of the first blocking element 237, the outer perimeter edge 202 is prevented from flexing inw'ard. Fig. 5 shows this arrangement in which the first blocking element 237 is in a blocking position.

[0042] The first lug 230 has a hole 239 formed in its body between the inner and outer edges. The hole 239 can be centrally formed. As described herein, the hole 239 receives a part of an actuator that is configured to impart movement to the first lug 230. Such movement can be of an arcuate nature in that the first lug 230 can be driven in either a clockwise direction or counterclockwise direction. This action results again in one first spring 232 compressing one first spring 232 being in extension. More importantly, when the first lug 230 is driven in either the clockwise direction or counterclockwise direction, the first blocking element, the first blocking element 237 rotates away from the inner end 213 of the detent 212. This action can be considered to be an unblocking action in that the detent 212 is now' unblocked and is free to flex inward. This unblocking action and inward flexing of the outer perimeter edge allows the first inner ratchet part 200 to move in a ratcheted manner relative to the base 110 as described herein and due to the detents 212 engaging and moving along the toothed sections 140 in an arcuate direction.

[0043] Within the open interior space 201 of the right section, there is a spring biased second lug 240 that in effect is floating within the open interior space 201 and is connected to the solid parts of the first inner ratchet part 200 by a pair of second springs 242. An inner end of each second spring 242 is connected to one end of the second lug 240 and the opposite outer end of each first spring 242 is connected to a solid wall. As described herein, since the second lug 240 is suspended between the two second springs 242, application of a force to the second lug 240 the results in movement of the second lug 240 within the open interior space 201 causes one second spring 242 to compress and the other second spring 242 to extend. Fig. 5 shows the normal at rest position of the second lug 240 with no forces applied to the second lug 240.

[0044] The second lug 240 has an inner edge 241 that faces the track 222 and has a shape that is complementary to the bump 228. In particular, the inner edge 241 can have a concave shape that complements the convex shape of the bump 228. Along the inner edge 241 there is also a notch 243. The notch 243 receives the nub 229 and defines a maximum degree of travel of the second lug 240 in that when the nub 229 contact one end of the notch 233, the end of travel in one direction is reached. The second lug 240 also has an outer edge 245 opposite the inner edge 241. The outer edge 245 has a protruding second blocking element 247. The outer edge of the second blocking element 247 can be a blunt, flat end. The second blocking element 247 acts as a blocking element in that when the inner end 213 of the detent

[0045] 212 is aligned with and in abutting or close proximate contact with the outer edge of the second blocking element 247, the outer perimeter edge 202 is prevented from flexing inw'ard. Fig. 5 show's this arrangement in which the second blocking element 247 is in a blocking position.

[0046] The second lug 240 has a hole 249 formed in its body between the inner and outer edges. The hole 249 can be centrally formed. As described herein, the hole 249 receives a part of an actuator that is configured to impart movement to the second lug 240. Such movement can be of an arcuate nature in that the second lug 240 can be driven in either a clockwise direction or counterclockwise direction. This action results again in one first spring 242 compressing one first spring 242 being in extension. More importantly, when the second lug 240 is driven in either the clockwise direction or counterclockwise direction, the second blocking element, the second blocking element 247 rotates away from the inner end

[0047] 213 of the detent 212. This action can be considered to be an unblocking action in that the detent 212 is now unblocked and is free to flex inward. This unblocking action and inward flexing of the outer perimeter edge allow's the first inner ratchet part 200 to move in a ratcheted manner relative to the base 110 as described herein and due to the detents 212 engaging and moving along the toothed sections 140 in an arcuate direction.

[0048] It will be appreciated that the first and second springs 232, 242 act in an opposite manner in that rotation of the first inner ratchet part 200 in the clockwise direction results in one (top) first spring 232 compressing, the other (bottom) first spring 232 extending, the one (top) second spring 242 extending, and the other (bottom) second spring 242 compressing.

[0049] The mount 100 also includes a second inner ratchet part 300 that is coupled to first inner ratchet part 200 in a ratcheted manner. The second inner ratchet part 300 includes a body 302 that has a first side edge 304 and an opposite second side edge 306 along with a first end and an opposite second end. Along the first side edge 304, there are tw'o guide tabs 305 with one closer to the first end and one closer to the second end. Similarly, the second side edge 306, there are two guide tabs 305 with one closer to the first end and one closer to the second end. The pairs of guide tabs 305 along the first and second side edges 305, 306 are opposite one another.

[0050] The first and second side edges 304, 306 also have detents 310 formed therealong at or near the second end of the body. The detents 310 are the same or similar to the detents 212 in that the detent 212 has a pointed structure that faces outward away from the respective side edge. The detents 310 can be formed above bottom ends of the bottom guide tabs 305.

[0051] The body 302 of the second inner ratchet part 300 has an open interior space 301 formed therein due to the formation of a through hole between the first and second side edges 304, 306. The formation of this open interior space 301 permits the first and second side edges 304, 306 to be flexible and this in turn allows the detents 310 to flex inward and subsequently return to the outward at rest positions.

[0052] Within the open interior space 301, there is a spring biased third lug 330 that in effect is floating within the open interior space 301 and is connected to the solid parts of the second inner ratchet part 300 by a pair of third springs 332. An inner end of each third spring 332 is connected to a solid wall of the body 302, while the opposite outer end of each third spring 332 is connected to one end (the inner end) of the third lug 330. In the at rest position shown in Fig. 5, the third springs 332 are in extended positions and do not store energy.

[0053] Along the two opposing sides of the body 302, the third lug 330 includes third blocking elements 340 in the form of protrusions (nubs) that protrude outwardly. An outer end of the blocking element 340 is a flat (blunt) end. An inner end 312 of the detent 310 can be a flat (planar) end. Similar to the action of the first and second lugs, the third lug 330 acts as a blocking member and in particular, the third blocking elements 340 act as blocking elements in that when the inner ends 312 of the detents 310 are aligned with and in abutting or close proximate contact with the outer ends of the third blocking elements 340, the first and second side edges 304, 306 are prevented from flexing inward. Fig. 5 shows this arrangement in which the third blocking elements 340 are in blocking positions.

[0054] An outer face of the third lug 330 can include a contact area 360, that can be identified by indicia and / or a raised w'all structure. This contact area 360 can be considered to be a thumb or finger area for pressing and driving the third lug 330 in a linear direction (up / down) as described herein. The illustrated indicia is in the form of an up-and-down arrow'.

[0055] The second inner ratchet part 300 includes a post 350 that is located near the first end and protrudes outwardly from the body 302. The post 350 can resemble a nail and represents the structure on which the framed article is hung. The post 350 can be integrally formed with the body.

[0056] The second inner ratchet part 300 is installed into the first inner ratchet part 200 as follows. The second inner ratchet part 300 is positioned relative to the first inner ratchet part 200 such that the end of the third lug 330 faces the center of the track 222 and then the bottom pair of the guide tabs 305 are fed into the guide channels defined within the first and second inner walls 225. The body 302 is then slid within and along the track 220 in a linear direction. Continued advancement within the track 220 results in the detents 310 contacting and engaging the toothed sections 226 within the track 222. This places the second inner ratchet part 300 in a ratcheted juxtaposition with the first inner ratchet part 200.

[0057] The mount 100 also includes an actuator (cover) 400 in the form of a rotatable circular-shaped knob. The illustrated actuator 300 is thus disk-shaped and has an outer perimeter edge 302 that is contacted by the user for rotation of the actuator 400. The outer perimeter edge 302 has a ribbed construction or otherwise has a roughened surface to enhance grip of the actuator. The center of the actuator 400 includes an opening or slot 410 having closed first and second ends. When the actuator 300 is assembled to the other parts, the post 350 of the second inner ratchet par t 300 is received within the slot 410. The length of the slot 410 defines the length of travel of the post 350 in the up-and-down direction. The slot 410 has an oblong shape.

[0058] A rear face (backside) 405 of the actuator 400 includes a pair of posts 420 that are spaced apart. The posts 420 are sized and shaped to be received within the hole 239 of the first lug 230 and the hole 249 of the second lug 240, thereby coupling the actuator 400 to the first inner ratchet part 200. The reception of the posts 420 couples these two parts together and thus, when the actuator 400 is rotated, the first and second lugs 230. 240 are driven in an arcuate direction (arcuate path) which causes a degree of ieft-to-right repositioning of the post 350.

[0059] The front face of the actuator 400 can include indicia, such as arrows, that illustrate that the actuator 400 is intended to rotate in both clockwise and counterclockwise directions. The outer perimeter edge 302 lies outside the raised wall of the base 110 and is free to rotate. The actuator 400 is only coupled to the movable first and second lugs 230, 240 and thus can freely move in an arcuate / rotational manner.

[0060] As mentioned, by default, the third lug 330 is in the blocked position. In order to unblock the third lug and permit linear motion of the second inner ratchet part 300 in order to change the position of the post 350, the user places a thumb or finger on the contact area 360 and pushes the third lug 330 in either the up or down direction. This movement of the third lug 330 causes the third blocking elements 340 to become unblocked from the detents 310 which in turn allows the entire second inner ratchet pan 300 to move linearly within the track 222 in a ratcheting manner. This results in the post 350 moving in the up or down direction, thereby allowing incremental adjustment and repositioning of the post 350 in the up and down direction. This permits the post 350 to move up and down.

[0061] It will be appreciated that there are two independent motions of the mount 100 to allow for the user to move the post 110 in: 1) an up-and-down direction and / or 2) along an arcuate path (generally left-to-right post movement). This allows the user to make adjustments to the post location without having to move the base 110 itself, which instead remains attached to the support surface (wall).

[0062] Mounting and Use of the Mount

[0063] As mentioned, the real' face of the base 110 can include an adhesive layer (with release layer) that allows the user to securely attached the mount 100 to the support surface (wall). After determining the proper mounting location, the user removes the release layer and applies the base 110 to the support surface resulting in a bonding between the base 110 and the support surface. Initially, the post 350 is in an initial position withing the mount 100. For example, as shown, it can be a raised center position.

[0064] In the event that the user needs to make an adjustment to the location of the post 350, the user evaluates what type of movement is desired. In the event that the post 350 only needs to move up and down, the user can press the third lug 330 and move it up or down resulting in the unblocking action in which the third blocking elements 340 are offset from the inner ends 312 of the detents 310 which thereby allows a ratcheting up or down movement of the third lug 330. The ratchet nature allows the user to lock the desired location of the post 350 once it reaches the desired location. Once the third lug 330 is released, it returns back to its blocking position, thereby preventing any additional ratcheting.

[0065] In the event that the user needs to reposition the post in more of a left-and-right direction, the user grasps the actuator 400 and rotates the actuator 400 in either the clockwise direction or the counterclockwise direction depending on the desired movement of the post 350. As described herein, the rotation of the actuator 400 causes the unblocking of the detents and the ratcheting of the detents along the toothed sections 140 which imparts an arcuate movement of the post 350 (generally left-and-right movement of the post 350). Once the user adjusts the post 350 to the desired position, the user releases the actuator 400 and this causes the first and second lugs to move to the blocked position. With the first, second and third lugs in the blocked positions, additional movement of the post 350 is prevented and the post 350 remains in the new, adjusted position.

[0066] The mount 100 thus allows for incremental adjustments of the post 350 in multiple directions without having to move the mount 100 itself on the support surface. More specifically, the mount 100 permits the user to make incremental adjustments to the post 350 in both the vertical direction (up / down direction) and permits the post 350 to move in an arcuate direction which generally provides for left-to-right movement of the post 350. This independent movement in at least two directions thus allows the user to first install the mount and then make any necessary adjustments to the location of the post 350 which defines the hang location of the article / object being hung on the mount 100. Since the base 110 is not removed during the adjustments of the post 350, there is no repositioning of the mount 100 itself.

[0067] Fig. 8 is an exploded view of another embodiment in which the same elements are numbered alike. In this embodiment, the base 110 is not directly attached to the support surface (wall). Instead, the base 110 attaches to a mount plate 500 that is itself attached to the support surface. The mount plate 500 can come in any number of different shapes and sizes so long at they are complementary to the base 110. For example, the mount plate 500 can have a size that is similar to or larger or smaller than the base 110. The mount plate 500 is secured to the support surface using traditional techniques, such as use of an adhesive or the like. For example, the rear face of the mount plate 500 can include an adhesive layer with protective release layer. The front face of the mount plate 500 includes a coupling mechanism for detachably coupling the assembled mount 100 to the mount plate 500 and more particularly, for detachably coupling the base 110 to the front face. For example, any number of mechanical attachment techniques can be used to attach the two parts. For example, the mechanical attachment technique can be a French cleat or a dovetail type connection. Fig. 8 shows a French cleat first part 510 on the front face, with a complementary French clear second part (not shown) on the rear face of the base 110, whereby, a French cleat connection is formed. As is known, French Cleats are composed of two beveled pieces of wood or metal that are designed to interlock with each other. This allows the assembled mount 100 to be easily mounted to the wall using the mount plate 500.

[0068] Adjustable Mount 600

[0069] Figs. 9-16 illustrate an adjustable mount 600 in accordance with another embodiment that shares some similarity with adjustable mount 100. As described herein, the mount 600 in accordance with one embodiment that is configured to mount a framed article to a support surface, such as a wall, and more particularly the mount 600 has a user adjustable post, that mimics a nail, to allow the user to move the post both in an up-and-down direction. This allows the user to make important adjustments to the location of the nail / post without additional marring of the support surface. The adjustable mount 600 includes a number of parts that are assembled together. For example, the adjustable mount 600 includes a base 610 that can be in the form of a base plate. The base 610 is a planar structure that is intended to being mounted to the support surface (wall). The base 610 has a rear face (rear surface) 612 that is placed in contact with the support surface. In one embodiment, the rear face 612 can have a repositionable adhesive that allows the base 610 to be securely attached to the support surface. The base 610 can have any number of different shapes and sizes.

[0070] The base 610 has a first side 611 and an opposing second side 613.

[0071] A front face 614 of the base 610 includes a plurality of guide and locking features. Proximate the first side 611 there are a plurality of release tabs 620. For example, there can be two release tabs 620 that are formed linearly and extend in a direction that is parallel to the first side 611 . Each of the release tabs 620 includes an undercut open space to allow reception of an object as described herein.

[0072] The base 610 has first and second main rails 630, 632 with the first main rail 630 being located closer to the first side 611 and the second main rail 632 being located closer to the second side 613. The first main rail 630 is located parallel to the first side 611 and the second main rail 632 is located parallel to the second side 613. Along the inner surface of the first main rail 630 and along the inner surface of the second main rail 632 there are toothed sections 640. For example, the first main rail 630 can include one toothed section 640 and the second main rail 632 includes one toothed section 640. The toothed sections 640 are located across from one another.

[0073] As shown in Fig. 13, the first and second main rails 630, 632 include an open space (channel) along its underside. In other words, one section of the rails 630, 632 is raised relative to the body of the base 610 so as to define an open space that extends the length of the rail 630, 632.

[0074] Between the first main rail 630 and the second main rail 632 the base 610 has a center region 650. Within the center region 650 there are a plurality of raised center rails 660 interspersed with a plurality of recessed grooves (channels) 670. For example, there can be two raised center rails 660 and three recessed grooves 670. The raised center rails 660 and the recessed grooves 670 are parallel to one another and are parallel to the first and second main rails 630, 632. As described herein, the raised center rails 660 act as guide rails. The raised center rails 660 can extend completely from a top edge 615 to an opposing bottom edge 617 of the base 610 or they can partially extend. The mount 600 also includes an inner ratchet part 700 that is coupled to base 610 in a ratcheted manner. The inner ratchet part 700 includes a body 702 that has a first side edge

[0075] 704 and an opposite second side edge 706 along with a first end and an opposite second end. Along the first side edge 704, there are two guide tabs 705 with one closer to the first end and one closer to the second end. Similarly, the second side edge 706, there are two guide tabs

[0076] 705 with one closer to the first end and one closer to the second end. The pairs of guide tabs 705 along the first and second side edges 704, 706 are opposite one another.

[0077] The first and second side edges 704, 706 also have detents 710 formed therealong at or near the second end of the body. Each detent 710 has a pointed structure that faces outward away from the respective side edge. The detents 710 can be formed at or above bottom ends of the bottom guide tabs 705.

[0078] The guide tabs 705 are received along the underside of the rails 630, 632 within the open space between the underside of the rails 630, 632 and the base 610. This couples the two sides of the inner ratchet part 700 to the base 610 while still permitting up-and-down movement (linear movement).

[0079] The body 702 of the inner ratchet part 700 has an open interior space 701 formed therein due to the formation of a through hole between the first and second side edges 704, 706. The formation of this open interior space 701 permits the first and second side edges 704, 706 to be flexible and this in turn allows the detents 710 to flex inward and subsequently return to the outward at rest positions.

[0080] Within the open interior space 701, there is a spring biased lug 730 that in effect is floating within the open interior space 701 and is connected to the solid parts of the inner ratchet part700 by a pair of springs 732. An inner end of each spring 732 is connected to a solid wall of the body 702, while the opposite outer end of each spring 732 is connected to one end (the inner end) of the lug 730. In the at rest position shown in Figs. 9 and 10, the springs 732 are in extended positions and do not store energy.

[0081] Along the two opposing sides of the body 702, the lug 730 includes blocking elements 740 in the form of protrusions (nubs) that protrude outwardly. An outer end of the blocking element 740 is a flat (blunt) end. An inner end 712 of the detent 710 can be a flat (planar) end. The lug 730 acts as a blocking member and in particular, the blocking elements 740 act as blocicing elements in that when the inner ends 712 of the detents 710 are aligned with and in abutting or close proximate contact with the outer ends of the blocking elements 740, the first and second side edges 704, 706 are prevented from flexing inward. Fig. 10 shows this arrangement in which the blocicing elements 740 are in blocking positions. An outer face of the lug 730 can include a contact area 760, that can be identified by indicia and / or a raised wall structure. This contact area 760 can be considered to be a thumb or finger area for pressing and driving the lug 730 in a linear direction (up / down) as described herein. The illustrated indicia is in the form of an up-and-down arrow.

[0082] The inner ratchet part 700 includes a post 750 that is located near the first end and protrudes outwardly from the body 702. The post 750 can resemble a nail and represents the structure on which the framed cuticle is hung. The post 750 can be integrally formed with the body.

[0083] The rear of the inner ratchet part 700 includes grooves or channels 709 that receive the guide rails 660 of the base 610, thereby coupling the inner ratchet part 700 to the base 610 and restricting the inner ratchet part 700 to only move in an up-and-down direction.

[0084] The inner ratchet part 700 is installed into the base 610 as follows.

[0085] The guide tabs 705 are received along the underside of the rails 630, 632 within the open space between the underside of the rails 630, 632 and the base 610 and the raised rails 660 are received in the guide channels 709 to couple the inner ratchet pan 700 to the base 610.

[0086] The inner ratchet part 700 is first manipulated by moving the lug 730 in a linear direction resulting in the outer ends of blocking elements 740 being offset from the inner ends 712 of the detents 710, thereby permitting the first and second side edges 704, 706 to flex inward. As mentioned, this inward flexing of the first and second side edges 704, 706 allows a ratcheting action between the inner ratchet part 700 and the base 110 and a subsequent locking of the inner ratchet part 700 in a desired position relative to the base 100. More specifically, once the inner ratchet part 700 is in its disengaged position relative to the base 110, the inner ratchet part 700 is movable in an up and down direction to permit up and down movement of the post 750 to a location desired by the user. The spring 732 of the lug 730 acts as an automatic return force element in that once the user removes the force being applied to the lug 730, the spring 732 drive the lug 730 back into engagement with the inner ratchet part 700 and in particular, the outer ends of the blocking elements 740 are driven into contact with the inner ends 712 of the detents 710. This is the blocking position of the lug 730 that prevents the further linear movement of the inner ratchet part 700 relative to the base 110, whereby the post is maintained in a locked position.

[0087] The mount 600 also includes a cover 800 that is configured to permit access to the inner ratchet part 700. The cover 800 has a shape that is complementary and mirrors the base 110 since the cover 800 fits over and covers the base 110. The cover 800 includes an opening 810. As shown, the opening 810 is centrally located and can have a rectangular shape. The illustrated opening 810 extends in the up and dow n direction and extends almost to the top edge 615 and to the opposing bottom edge 617. The post 750 and the contact area 760 are disposed within the opening 810 to permit access to the contact area 760. The user thus contacts the contact area 760 through the opening 810.

[0088] The cover 800 attaches to the base 110 using conventional techniques so long as the cover 800 can be removed. For example, the cover 800 can be attached to the base 110 using a mechanical friction fit and / or by a snap-fit.

[0089] As shown in Figs. 9 and 16, the cover 800 includes a peripheral lip 825 that extends around a center wall 821 in W'hich the opening 810 is formed.

[0090] As previously mentioned, the cover 800 also acts as a tool to assist the user in removing the base 110 from the support surface (wall). This functionality is shown in Fig. 16. To be used as a tool, the cover 800 is removed from the base 110. The cover 800 is then positioned such that the peripheral lip 825 along one side of the cover 800 is inserted under the release tabs 620. This space under the release tabs 620 is sized so that the peripheral lip 825 snaps into place or is otherwise in a snug fit with the base 110. To lift the base 110 from the support surface (wall), the cover 800 is moved in the direction of the arrow's. More particularly, the side opposite the side of the cover that is engaged with the release tabs 620 is pivoted in the direction of the arrows. This movement of the cover 800 causes the first side 611 of the base 610 to begin to lift from the support surface (wall). Once the bond between the first side 611 of the base 610 and the support surface is broken, a gap underneath the first side 611 is created and the user can then place a fingertip underneath the base 610 to then completely lift and remove the base 610 from the support surface (wall).

[0091] It is to be understood that like numerals in the drawings represent like elements through the several figures, and that not all components and / or steps described and illustrated with reference to the figures are required for all embodiments or arrangements.

[0092] The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the singular forms "a", "an" and "the" are intended to include the plural forms as w'ell, unless the context clearly indicates otherwise. It will be further understood that the terms "comprises" and / or "comprising", w'hen used in this specification, specify the presence of stated features, integers, steps, operations, elements, and / or components, but do not precludes the presence or addition of one or more other features, integers, steps, operations, elements, components, and / or groups thereof. Also, the phraseology and terminology used herein is for the purpose of description and should not be regarded as limiting. The use of "including," "comprising." or "having," "containing," "involving," and variations thereof herein, is meant to encompass the items listed thereafter and equivalents thereof as well as additional items.

[0093] The subject matter described above is provided by way of illustration only and should not be construed as limiting. Various modifications and changes can be made to the subject matter described herein without following the example embodiments and applications illustrated and described, and without departing from the true spirit and scope of the present invention, which is set forth in the following claims.

Claims

What is claimed is:1 . An adjustable mount for attachment to a support surface comprising: a base for placement on the support surface; a first inner ratchet part that is rotatably coupled to the base, the first inner ratchet part having a center track; a second inner ratchet part that is coupled to the first inner ratchet part and moves axially within the track, the second inner ratchet part having a hanging post extending outwardly therefrom; and an actuator coupled to the first inner ratchet part for selectively unlocking the first inner ratchet part and permitting rotational movement of the first inner ratchet part relative to the base for moving the post along an arcuate path, the actuator having an opening formed therein through which the post extends and in which the post moves axially.

2. The adjustable mount of claim 1, wherein the base has a rear face that includes an adhesive layer for securing the adjustable mount to the support surface,3. The adjustable mount of claim 1, wherein the base has a front face that includes an endless raised wall, the endless raised wall including an inner edge that includes two pairs of first tabs and a pair of first toothed section.

4. The adjustable mount of claim 3. wherein the pair of first toothed sections are located 180 degrees apart and one pair of the first tabs are located 180 degrees apart from the other pair of the first tabs.

5. The adjustable mount of claim 3, wherein the endless raised wall has an annular shape.

6. The adjustable mount of claim 1 , wherein the first inner ratchet part has an outer peripheral wall that has a plurality of outwardly extending second tabs and a pair of outwardly extending first detents, the second tabs being configured to be captured within the base for rotatably coupling the first inner ratchet part to the base.

7. The adjustable mount of claim 6, wherein the base has a front face that includes an endless raised wall, the endless raised wall including an inner edge that includes two pairs of first tabs and a pair of first toothed section, the second tabs being received within a space behind the two pairs of first tabs for coupling the first inner ratchet part to the base, the first detents engaging the pair of first toothed sections in a ratchet manner.

8. The adjustable mount of claim 1, wherein the center track bisects the first inner ratchet part into a first section and a second section, the first section having a first hole formed therein that defines a first hollow compartment and the second section having a second hole formed therein that defines a second hollow compartment, wherein the first inner ratchet part has an outer peripheral wall that has a plurality of outwardly extending second tabs and a pair of outwardly extending first detents.

9. The adjustable mount of claim 8, wherein one first detent is located in a first section of the outer peripheral wall that is adjacent the first hollow compartment, the first section being flexible to permit inward and outward movement of the one first detent, wherein the other first detent is located in a second section of the outer peripheral wall that is adjacent the second hollow compartment, the second section being flexible to permit inward and outward movement of the other first detent.

10. The adjustable mount of claim 1, wherein the first inner rachet part has a locking mechanism for selectively locking in place a position of the first inner ratchet part relative to the base.

11. The adjustable mount of claim 10, wherein the locking mechanism comprises a first spring biased lug and a second spring biased lug, wherein the first inner ratchet part is in a locked position when the first and second spring biased lugs are in blocking positions that prevent local deformation of opposing sections of an outer peripheral w all of the first inner ratchet part that carry a pair of first detents that ratchedly engage a pair of first toothed section of the base.

12. The adjustable mount of claim 11, wherein the actuator is directly coupled to the first and second spring biased lugs such that rotation of the actuator causes arcuate displacement of the first and second spring biased lugs and results in the first and second spring biased lugs moving from the blocking positions to unblocked positions.

13. The adjustable mount of claim 12, wherein the first spring biased lug and the second spring biased lug include blocking elements that selectively abut and block inward movement of the pair of first detents, thereby locking the first inner ratchet part in place relative to the base,14. The adjustable mount of claim 12, wherein the actuator includes a pair of posts extending outwardly from a rear face of the actuator that are received within holes in the first and second spring biased lugs, thereby directly coupling the actuator to the first inner ratchet part.

15. The adjustable mount of claim 11 , wherein each of the first spring biased lug and the second spring biased lug is spring biased by two springs that are attached to a body of the first inner ratchet part and to opposing ends of the respective first or second spring biased lug.

16. The adjustable mount of claim 1, wherein the second inner ratchet part is coupled to the first inner ratchet part in a ratchet manner and moves independent from movement of the first inner ratchet part relative to the base.

17. The adjustable mount of claim 16, wherein the second inner ratchet part includes opposing side edges that include guide tabs that are received within guide channel formed along two sides of the center track, the opposing side edges including a pair of second detents that engage toothed sections formed along the two sides of the center track.

18. The adjustable mount of claim 16, wherein the second inner rachet part has a locking mechanism for selectively locking in place a position of the second inner ratchet part within the track and relative to the first inner ratchet part.

19. The adjustable mount of claim 18, wherein the locking mechanism comprises a third spring biased lug that moves between: (1) a blocking (locked) position in which third blocicing elements block the pair of second detents and prevent local deformation of the opposing side edges of the second inner ratchet part that carry the pair of second detents; and (2) an unblocked position in which the third blocking elements are displaced from the pair of second detents, thereby allowing local deformation of the opposing side edges and permit a ratcheting action between the pair of second detents and the toothed sections.

20. An adjustable mount for attachment to a support surface comprising: a base for placement on the support surface; a first inner ratchet part that is rotatably coupled to the base, the first inner ratchet part having a center track, the first inner ratchet part having a first locking mechanism that locks the first inner ratchet part in place and allows for unlocking of the first inner ratchet part to permit rotation of the first inner ratchet part; a second inner ratchet part that is coupled to the first inner ratchet part and moves axially within the track, the second inner ratchet part having a hanging post extending outwardly therefrom, the second inner ratchet part having a second locking mechanism that locks the second inner ratchet part in place and allows for unlockingof the second inner ratchet part to permit axial movement of the second inner ratchet part; and an actuator coupled to the first locking mechanism for unlocking the first locking mechanism and permit rotational movement of the first inner ratchet part relative to the base for moving the post along an arcuate path to change a position of the post, the actuator having an opening formed therein through which the post extends and in which the post moves axially.

21. An adjustable mount for attachment to a support surface comprising: a base for placement on the support surface; an inner ratchet part that is coupled to the base and moves axially along the base in a guided manner, the inner ratchet part having a hanging post extending outwardly therefrom; an actuator coupled to the inner ratchet part for selectively unlocking the inner ratchet part and permitting axial movement of the inner ratchet part along the base; and a cover that is removably coupled to the base, the cover having an opening through which the post passes and through which the actuator is accessible.

22. The adjustable mount of claim 21 , wherein the base includes at least one release tab and the cover includes a peripheral hp that is configured to seat underneath the at least one release tab for lifting the base from the support surface.

23. The adjustable mount of claim 21, wherein the actuator comprises a spring biased lug, wherein the inner ratchet part is in a locked position when the spring biased lug is in a blocking position that prevent local deformation of opposing sections of outer peripheral walls of the inner ratchet part that carry a pair of detents that ratchedly engage a pair of first toothed section of the base.

24. The adjustable mount of claim 23, wherein the spring biased includes blocking elements that selectively abut and block inward movement of the pair of detents, thereby locking the inner ratchet part in place relative to the base.

25. The adjustable mount of claim 23, wherein the spring biased lug is supported by a pair of springs that are attached at first ends to the inner ratchet part and are attached at opposite second ends to the spring biased lug.

26. The adjustable mount of claim 21, wherein the post is directly above the actuator with an open space formed therebetween.

27. The adjustable mount of claim 21, wherein the actuator includes a thumb hole formed therethrough.

28. The adjustable mount of claim 21, wherein the base includes a guide track for guiding lineal' movement of the inner ratchet part relative to the base.

29. The adjustable mount of claim 21 , wherein the inner ratchet part moves in an up-and- down direction.

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