Rail system for workspace with modular components

Abstract

The invention relates to a track system for a workspace. The system may include at least one mounting mechanism and an elongated track. Each mounting mechanism is provided for attachment on a track and is provided for attachment on an edge or surface of a table or table such that the mounting mechanism supports the track relative to the surface. An elongated track is disposed to extend horizontally above a surface of the table or table relative to the surface. The elongated track has at least a front surface, a bottom surface / edge and a rear surface and a mounting slot. In some cases, a channel (or slot) is determined between the front surface and the rear surface, the channel (or slot) extending between the first end and the second end of the elongate track. The track is adapted to arrange electrical wires to / from a power source for mounting components (e.g., clamps, brackets, release mechanisms), and / or for connecting accessories thereto.

Description

[0001] Cross - reference to related applications

[0002] This application claims the priority of U.S. Provisional Patent Application 63 / 418,285, filed on October 21, 2022, the entire content of which is incorporated herein by reference. Technical field

[0003] This application generally relates to an orbital system configured to be mounted relative to the surface of a table or desk. More specifically, the system includes an elongate rail and a mounting mechanism for mounting on the surface, and optionally accessories are added thereto to maximize the use and flexibility of the working area of the surface. Background art

[0004] It is generally known to include a lift and / or a standing desk configuration on a desk or workstation, which can allow people to mount a computer monitor thereon. However, most current configurations will be cumbersome and / or intrusive relative to the working surface or desktop of the desk space. For example, the monitor may block most of the working surface or the back of the desk. Another example of a typical system holds items in fixed positions, such as the Herman Miller surfaced - attached toolrail slatwall system. Summary of the invention

[0005] One aspect of the present invention is to provide an orbital system for a workspace. In an embodiment, the orbital system includes at least one mounting mechanism and an elongate rail. Each mounting mechanism is configured to be attached to the elongate rail and is also configured to be attached to the edge or surface of a table or desk such that the mounting mechanism supports the elongate rail relative to the surface. The elongate rail is configured to extend horizontally relative to the surface of the table or desk and above the surface of the table or desk when mounted on the table or desk by the mounting mechanism. According to an embodiment, the elongate rail has at least a front surface, a bottom surface, and a rear surface, and the rear surface defines a channel (or groove) therein. The channel extends between a first end and a second end of the elongate rail. The channel can be used to route electrical wires to / from a power source, to mount components (such as clamps, brackets, release mechanisms) therein, and / or to connect accessories to the elongate rail.

[0006] Another aspect of the present invention provides the above-described track system, wherein each mounting mechanism is configured to be attached to the elongate track and to be attached to a table or desk such that the at least one mounting mechanism supports the elongate track relative to the surface of the table or desk. The elongate track is configured to extend horizontally relative to the surface of the table or desk when mounted on the table or desk by the at least one mounting mechanism and to extend at a certain height or distance above the surface of the table or desk. The elongate track has at least a front surface, a bottom surface, and a rear surface, and the rear surface defines a channel therein that extends between a first end and a second end of the elongate track and is configured to receive an attachment relative to the elongate track.

[0007] Still another aspect of the present invention includes a method of using the above-described track system.

[0008] Yet another aspect provides a track system for a workspace, the track system including at least one mounting mechanism and an elongate track. Each mounting mechanism is configured to be attached to the elongate track and to be attached to a table or desk such that the at least one mounting mechanism supports the elongate track relative to the surface of the table or desk. The elongate track is configured to extend horizontally relative to the surface of the table or desk when mounted on the table or desk by the at least one mounting mechanism and to extend at a certain height or distance above the surface of the table or desk. The elongate track extends between a first end and a second end and has at least a front surface, a bottom edge, and a rear surface, and the rear surface includes a plurality of horizontally extending mounting slots formed therein for receiving attachments relative to the elongate track. A method of using the track system is also disclosed.

[0009] Other aspects, features, and advantages of the present application will become apparent from the following detailed description, the drawings, and the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] FIG. 1 shows an example of a prior art desktop arrangement, including work areas and non-work areas resulting from a standard computer and desktop arrangement.

[0011] Figure 2 Examples of work areas defined relative to the surface of a tabletop or desk are shown.

[0012] Figure 3 And 4 show a rear perspective view and a front perspective view, respectively, of a track and a clamp that are part of the system of the present invention according to an embodiment herein.

[0013] Figure 5 And 6 show a front perspective view and a rear perspective view, respectively, of a track of the present invention according to an embodiment herein, the track having quick release and connector components attached thereto.

[0014] Figure 7A and 7B illustrates an alternative mounting mechanism according to an embodiment that can be used to attach the track to a table or desk surface.

[0015] Figure 8 , 9 and 10 illustrate example arrangements according to embodiments herein of arranging accessories and work tools on the surface of a desktop / tabletop throughout the day using the system of the present invention.

[0016] Figure 11 illustrates an exploded view of a track and a clamp according to an embodiment herein.

[0017] Figure 12A and 12B illustrates an exploded component view of an example track having a cover and a power adapter according to an embodiment herein.

[0018] Figure 13 illustrates a side view of a track according to an embodiment herein without end caps.

[0019] Figure 14 and 15 illustrates electrical components inserted into an elongate track according to an embodiment herein.

[0020] Figure 16 and 17 illustrates an example of routing cables and / or wires within a track system according to an embodiment herein.

[0021] Figure 18 illustrates an exploded view of components of a clamping mechanism according to an embodiment herein.

[0022] Figure 19 and 20 illustrate a side view and a front view, respectively, of a clamping mechanism mounted on the edge of a desktop or tabletop according to an embodiment herein.

[0023] Figures 21-26 illustrates an example of attaching a monitor to an elongate track of a track system using a monitor arm structure according to an embodiment herein.

[0024] Figure 27 illustrates an example embodiment of mounting a dual monitor on a track system.

[0025] Figure 28 illustrates an example of a horizontal arm that can be used with a track system according to an embodiment.

[0026] Figures 29-30 illustrates mounting Figure 28 the horizontal arm within an elongate track of a track system to which a monitor arm structure is attached.

[0027] Figure 31 Shows an exploded view of the components of a quick release mechanism according to an embodiment of the present disclosure.

[0028] Figure 32 Shows, according to an embodiment, the use of Figure 31 to mount components on an elongate track using a quick release mechanism.

[0029] Figure 33 Shows a perspective view of the main mounting bracket of a quick release mechanism according to an embodiment.

[0030] Figure 34 is a cross-sectional view of the main mounting bracket and a quick release adapter mounted thereon according to an embodiment, Figure 33 of

[0031] Figure 35 Shows an exploded view of the components of a quick release adapter of a quick release mechanism according to an embodiment of the present disclosure, Figure 31 of

[0032] Figure 36 Shows an exploded view of the components of a 180-degree rotation limiter that is a component of a quick release adapter as Figure 35 of

[0033] Figure 37 and Figure 38 respectively show top views of rotations provided by a rotation limiter of Figure 36 without a fixing screw and with a fixing screw.

[0034] Figure 39A and 39B respectively show an exploded view and an assembled perspective view of an example of the components of an adjustment joint used in a quick release adapter according to an embodiment of the present disclosure, Figure 35 in

[0035] Figures 40 to 42 Shows a cross-sectional view of the function of a quick release adapter of Figure 35 of

[0036] Figure 43 and 44 respectively show perspective views of examples of a separate and an assembled second mounting bracket for attaching a quick release mechanism to a track according to an embodiment of the present disclosure.

[0037] Figure 45 Shows a front view of examples of multiple accessories that can be attached to and used with a track system according to an embodiment of the present disclosure.

[0038] Figure 46Perspective view showing an example of a laptop lift or holder for use with an orbital system, in accordance with an embodiment of the present disclosure.

[0039] Figure 47 Shows an exploded view of the main components of a laptop lift or holder, Figure 46 in accordance with an embodiment of the present disclosure.

[0040] Figure 48 Shows an exploded view of the components of the laptop holder portion of a laptop lift or holder, Figure 47 in accordance with an embodiment of the present disclosure.

[0041] Figure 49 Shows an exploded view of the quick release adapter and bracket of a laptop lift or holder, Figure 47 in accordance with an embodiment of the present disclosure.

[0042] Figure 50 Shows an exploded view of a rotating arm with a cable management clip, which is a component of a laptop lift or holder, Figure 47 in accordance with an embodiment of the present disclosure.

[0043] Figure 51 Shows an example of a rotational movement that can be imparted to a component of a laptop lift or holder, in accordance with an embodiment.

[0044] Figures 52-53 Side view showing an example of using the rotating arm of a laptop lift or holder for vertical adjustment, in accordance with an embodiment.

[0045] Figure 54 Shows an exploded view of an example embodiment of the components of the adjustment post of a laptop lift or holder.

[0046] Figure 55 And 56 Side view showing an example of using the adjustment post of a laptop lift or holder for vertical adjustment, in accordance with an embodiment.

[0047] Figures 57-58 Side view showing an example of using the tilt mechanism of a laptop lift or holder for tilt adjustment, in accordance with an embodiment.

[0048] Figures 59-60 Side view showing an example of using two configurations of adjustment posts, in accordance with another embodiment.

[0049] Figure 61 And 62Shows a side view of an example of an extrusion portion using an adjustment post, the extrusion portion having an extrusion slider of a laptop holder portion of a laptop lifter or holder for sliding adjustment.

[0050] Figure 63 and 64 Shows a perspective view of an alternative mounting example of a component that can be used as a laptop holder according to an embodiment herein.

[0051] Figures 65-67 Shows a top view and a bottom view of an example of a tray that can be used with an orbital system according to an embodiment herein.

[0052] Figures 68-70 Shows a top view of an example of a mounting rail and an attachment used with an orbital system and their movement according to an embodiment herein.

[0053] Figures 71-72 Shows a front perspective view and a rear perspective view of a box with a ledge used with an orbital system according to an embodiment.

[0054] Figures 73-74 Shows according to an embodiment herein, Figures 71-72 Side views and perspective views of the mounting options of the box relative to the elongated rail of the orbital system.

[0055] Figures 75-76 Shows a front perspective view and a rear perspective view of an alternative box with a ledge used with an orbital system according to an embodiment.

[0056] Figures 77-78 Shows according to an embodiment herein, Figures 75-76 Side views and perspective views of the mounting options of the box relative to the elongated rail of the orbital system.

[0057] Figure 79 Shows a perspective view of a bracket for mounting an attachment according to an embodiment herein.

[0058] Figures 80-81 Respectively show according to an embodiment herein, through Figure 79 Rear perspective view and side view of a privacy partition mounted on an orbital system by the bracket.

[0059] Figure 82 Shows a side view of a privacy partition according to an embodiment herein, the privacy partition having suitable panel features mounted on an orbital system by a Figure 79 holder.

[0060] Figure 83 and 84Respectively shown are a front perspective view and a side view of an orbit and a fixture, which are components of the track system of the present application, according to another embodiment of the present text.

[0061] Figure 85 and 86 respectively show the rear view and the front view of the orbit and the fixture according to the embodiment of the present text. Figures 83-84

[0062] Figure 87 Shown is a side view of an orbit according to the embodiment of the present text, without end caps.

[0063] Figure 88 and 89 respectively show the top view and the front view of an exemplary accessory installed at the front and rear of the track system of the present application according to the embodiment of the present text. Figures 83-84

[0064] Figure 90 and 91 Show the perspective view and the side view of an exemplary accessory installed relative to the elongated track of the track system according to the embodiment of the present text. Figures 88-89

[0065] For the purposes of clarity and conciseness, in all the figures, the same elements and components have the same names and numbers. Detailed Description

[0066] As can be seen from the drawings and the following description, the present application relates to a track system 100 for a workspace, which maximizes the use and flexibility of the working area of a surface. FIG. 1 shows an example of a typical (prior art) setup of a tabletop or desk. Generally, a monitor may block most of the back of the working surface or the desk, thus forming a non-working area. Auxiliary working areas and a main working area are usually provided in the remaining space. Figure 2 Shown is an example of an ergonomic reach area, including these areas on the surface of a tabletop or desk, and at a certain height above the surface. The measurements and / or dimensions mentioned in the present text are exemplary and not restrictive. The objective of the present application is to provide a system that helps move daily items from a non-working area to the main area and the auxiliary areas.

[0067] The track system 100 includes at least one mounting mechanism 10 and an elongated track 12, as Figure 3 and 4 shown. According to the embodiment of the present text, one or more clamping mechanisms 14 are provided as the mounting mechanism, as Figures 3-6 shown, and are configured to be attached to the elongated track 12, and are also configured to be attached to the edge 16 or the surface 18 of a table or desk 20, so that the clamping mechanism 14 supports the elongated track 12 relative to the surface.Figure 7A and 7B illustrates an alternative mounting mechanism 10 for mounting the elongate rail 12 on the surface 18 of a table or desk 20. Specifically, Figure 7A illustrates an example of a non-stationary rail mounting mechanism 10 in the form of a clamp 14A according to a non-limiting embodiment. The clamp 14A has a clamping portion 15A for attaching to the edge 16 and / or surface 18 and a quick-mount release mechanism 17A to which a mounting rail 16A is attached. The clamp 14A allows the mounting rail 16A to pivot and rotate into position through a rotatable joint that is part of the quick-mount release mechanism 17A. In an embodiment, the mechanism 17A may include components similar or identical to the Figure 31 quick-release mechanism 56 shown in and will be described in detail in connection with the associated drawings later. Figure 7B illustrates another example of a rail mounting mechanism 10 in the form of a clamp 14B according to another non-limiting embodiment. The clamp 14B may be mounted directly on the surface 18 of a table or desk top. The clamp 14B has a mounting plate 15B that is attached to the surface 18 by fasteners. In an embodiment, the raised mounting leg 16B may be attached to the mounting plate 15B by a leg portion 18B that is configured to slide along and relative to the mounting plate 15B. The raised mounting leg 16B may also include a vertically extending portion 17B that is configured to attach to the elongate rail 12 (such as its rear surface 24) for fixing the rail 12 at a distance or height above the surface 18 relative to the surface 18.

[0068] Generally, the elongate rail 12 is configured to extend horizontally above the surface of the table or desk when mounted on the table or desk by the clamp / mounting mechanism 10 (regardless of the configuration used). According to an embodiment, the elongate rail 12 has at least a front surface 20 (see Figure 5 ), a bottom surface 22, and a rear surface 24 (see Figure 6 ) in which a channel 26 or groove is defined. The channel 26 (shown in Figures 3-4 but also described and shown later) extends between the first and second ends of the elongate rail. The channel 26 may be used to route cables 43 and / or wires to / from a power source 32, to mount components (such as clamps, brackets, release mechanisms) therein, and / or to connect accessories to the elongate rail. Thus, as described herein, the rail is provided to manage cables, organize components, and provide power for devices and computers. In an embodiment, at least the rear surface 24 of the rail 12 (and in some embodiments, also the bottom surface 22 and / or interior of the rail) includes a plurality of horizontally extending mounting slots 35 formed therein (see for example Figure 11 or Figure 13), the mounting slot 35 provides at least at the rear of the track 12 a modular slat profile with slots to which various types of brackets and / or accessories can be attached between the slots for mounting accessories, clamps, mounts, etc. at the rear (and / or bottom and / or inside) of the elongated track 12. To provide an aesthetically pleasing, clean, organized, and modular track system 100, according to an embodiment, the slat profile with the mounting slot 35 can be provided at the rear of the track system 100 to maintain the modularity of the slat profile while ensuring that the front or front surface 20 of the track 12 is clean and visually effective (instead of creating an undesired aesthetic on the front or surface facing the user). Other options described herein include a writable and erasable surface 28 at the front (see Figure 5 and Figure 12A and corresponding descriptions), the writable and erasable surface 28 can be magnetic, and / or interchangeable with the front surface 20 of the track, and options for magnetic drive, including organizational units magnetically and / or mechanically connected to the system, including keyboard trays (e.g., as described later with respect to Figures 65-68 and 71 - 78).

[0069] In addition, for mounting a computer screen or display, a quick - connect monitor arm can be clamped to or connected to the elongated track. Other devices such as quick - connect lighting, shades, and / or privacy panels can be connected to the elongated track. Also, a motion track or guide rail can be provided in the bottom - side area (i.e., below the elongated track, see Figure 13 and its description later), allowing a sliding action of the accessory and / or organizational element from the track to the surface of the table or desk, which enables the movement of items within the work area, e.g., helping to bring items closer and put them back when converting and using the direct work area throughout the day. Figure 8 、 9 and 10 show examples of how the surface of the desktop / tabletop can change during the day, and the system of the present application is configured to adapt to this example by providing the features detailed above and below.

[0070] Figure 11 shows an exploded view of the track 12 and an exemplary clamping mechanism 14 of the track system 100 according to an embodiment herein; Figure 12A shows an alternative embodiment. For illustrative purposes only, most of the following figures show the use of the clamping mechanism 14 for mounting the elongated track 12, the clamping mechanism 14 being for supporting the elongated track 12 stationary relative to the surface 18; however, as previously described, the mounting mechanism 10 can vary, and / or the elongated track 12 does not need to be mounted stationary relative to the top of the table or desk 20. As shown, in an embodiment, the track system 100 includes at least two clamping mechanisms 14 for the elongated track 12 (when movement of the track 12 itself is desired, other embodiments can utilize the mounting mechanism 10, e.g.,Figure 7A and Figures 68-70 as shown). The elongated track 12 has a front surface 20, a bottom surface 22, and a rear surface 24, in which a channel 26 is defined that extends between a first end and a second end of the elongated track. In addition to being mounted horizontally and, in some embodiments, stationary (when using two or more mounting legs (such as the clamping mechanism 14)), the bottom surface 22 of the track 12 can be positioned at a certain height above the surface 20 of the tabletop or the surface 18 of the desktop so that an object can be positioned or provided on the surface and below the track. In an embodiment, in addition to having a clamp fixed thereto, the rear surface 24 can be used as an area for connection to connection points (such as, for example, a clamp for fixing the track, a clamp for adding accessories, including but not limited to a monitor clamp, etc.). As described above, one or more mounting slots 35 can be provided in at least the rear surface of the track, and in an embodiment, provided on the inner side and / or the bottom side of the track (see, for example, Figure 11 ). According to an embodiment, two or more horizontally extending mounting slots 35 can be provided in the rear surface 24 of the elongated track 12. In a non-limiting embodiment, two to six horizontally extending mounting slots 35 can be provided in the rear surface 24. In one exemplary embodiment, four or five horizontally extending mounting slots 35 are provided in the rear surface 24 of the elongated track 12. In an embodiment, the mounting slot / slat 35 can include a protruding area 37 therein or added thereto to reduce the friction of any sliding element and / or create a corresponding shape for an attached accessory thereon. Moreover, the mounting slot 35 is designed to maximize strength and T-slot functionality.

[0071] In an embodiment, the elongated track 12 can be an extruded track formed of a material such as aluminum (e.g., 6063 aluminum extrusion (anodized)). The length of the track can vary and is not limited with respect to the size or length of the surface to which it can be attached. In an embodiment, the length of the track can be between approximately 24 inches and 60 inches. In an embodiment, the length of the track can be between approximately 36 inches and 48 inches. In an embodiment, the length of the track can be approximately 24 inches. In an embodiment, the length of the track can be approximately 48 inches. In an embodiment, the length of the track can be approximately 60 inches. The height and / or width of the track can also vary. In an embodiment, the elongated track and / or the track system can have a total height between approximately 3 inches and approximately 6 inches. In an embodiment, the height of the track can be approximately 4 inches. In an embodiment, the elongated track and / or the track system can have a total width of approximately 1 inch to approximately 6 inches. In an embodiment, the width of the track can be between approximately 2 inches and approximately 4 inches. In an embodiment, the width of the track can be approximately 3 inches. In one embodiment, the elongated track and / or the track system can have a total height of approximately 4 inches and a total width of approximately 3 inches.

[0072] The first and second ends of the elongate track may also include end caps 30 thereabove, which are also shown in Figure 12A In an embodiment, each end cap 30 is formed of two parts that snap together and are press-fitted onto the first and second ends of the elongate track. For example, in an embodiment, the end cap is inserted into slots provided at the ends. In another embodiment, the end cap may snap onto or around the edge of the track. Aesthetically, the end cap provides, for example, rounded ends to the elongate track to match the front face. In an embodiment, the end cap parts may be formed of plastic, such as ABS plastic.

[0073] Regarding the channel extending between the first and second ends of the elongate track, as described above, the cable 43 and / or wires going to / from the power supply 32 may be disposed therein. In an embodiment, at least a portion of the channel is covered by an elongate and optionally segmented cover 34 (e.g., Figure 11 and 12A as shown in -12B), which is an internally positioned cover, i.e., the cover divides the channel into a top part and a bottom part, as shown, for example, in Figure 13 a side view of. Such a cover 34 may be referred to herein as an elongate cover. However, it should be noted that the elongate cover 34 may be formed as a single element (e.g., Figure 12A as shown) or as multiple elements (e.g., Figure 12B as shown), which are combined and arranged in the elongate track and are designed to cover the elongate channel within the elongate track 12. According to an embodiment, the cover 34 may be inserted or slid into the elongate track 12. The bottom of the channel (which is covered) may serve as a dedicated space for cable / wire management of power supplies and other electronic components mounted on the elongate track (see Figure 13 ). The channel may include bumps 36 (as Figure 13 shown) for holding the cover thereon. As an example, a pair or a set of bumps may be provided on either side of the channel parallel to each other, for example, on the inner surface opposite the front surface and on the inner surface opposite the rear surface, and there are ledges for holding the cover thereon. One or more sets of protrusions may be provided within the channel so that the size of the dedicated space can be adjusted.

[0074] In an embodiment, as Figure 12A and 12B shown, the cover 34 may include cutout portions spaced along its edge to allow the cable 43 and / or wires to enter and leave the channel, for example, when the cover is positioned on the bumps. According to an embodiment, the cover 34 may be formed of plastic.

[0075] According to an embodiment of the present disclosure, the front surface 20 of the elongate track 12 is shown as having optionally one or more holes 38 therein for receiving an electrical connector from a power source 32 (i.e., a power outlet in a wall or floor). The housing 32A of the electrical connector can be inserted into the hole 38 (e.g., such that it snaps in and frontally), and the rear portion of the housing 32A can be positioned within a channel, such as within a dedicated space and / or a bump portion, as shown in Figure 12A , 12B , 14, and 15. In an embodiment, the hole 38 and (consequently) the housing of the electrical connector can also be vertically centered through the same space as the sides and snap into the front. After the component / electrical connector is snapped into the track, its wires are designed to be routed under the cable cover when connected to the power source. For example, the electrical connector can include AC and / or USB ports (USB C and / or USB A ports). According to an embodiment, the electrical connector is set to meet or exceed these specifications: one AC outlet: 15A, 125V, 60Hz; one fast-charging USB-A port: 3A, 5V; and one fast-charging USB-C port: 3.1A, 5V. In an embodiment of the present disclosure, the housing of the electrical connector can be provided in the form of plastic, such as an ABS plastic housing that encloses the electronics.

[0076] In an embodiment, in a manner similar to that described with respect to the front surface and face of the elongate track, the end cap can additionally and / or alternatively have electricity integrated therein, i.e., provide a passage to the ports and / or power source.

[0077] Additional holes can be cut (machined) or provided in the extruded track, such as in its rear surface 24, as shown in Figures 14-15 , for the cable / wire 43 to extend out of the rear of the track system (to / from the power source; to / from the connected electronics mounted in / on the elongate track, etc.). Figures 14-15 Shows how the front of the electrical component (power source 32) is designed to snap into and pass through the front surface 20 of the elongate track 12, while the rear housing of the power source 32 is assembled inside the track 12, i.e., within its channel 26, such as near the end cap. The wire 43 and / or a similar cable having a plug at its end is connected to the component housing and is designed to be arranged under the cover 34 together with the component housing.

[0078] Figure 13 Also shown is an example of a wheeled or sliding mounting bracket that includes a carrier slide 41 (or roller or wheel) for movement along the bottom surface or underside of the elongate track 12. In an embodiment, the carrier slide can be made of machined aluminum and assembled (e.g., bolted) to the bracket. The slide can be shaped to match corresponding guide rail features provided on the bottom or underside of the elongate track 12. Figure 13Shows an example of the bottom of track 12, the bottom of track 12 being shaped to have a channel and an elongate guide (shown in cross-section in the figure, in the form of a bump or extension), the elongate guide being received in a pawl of a slider for guiding the upper slider along the length of track 12 in a horizontal direction. Such a carriage can be directly or indirectly attached or mounted on an attachment and / or on a moving arm for an attachment, thereby allowing an article to be moved into and out of a work area, including a main work area and / or the surface of a table or desk, moving the article horizontally (from side to side) along the track (when viewed from the front or rear), and facilitating the easy bringing in and out of the main work area of tools required for commercial activities for a particular task throughout the workday. This movement and the pivoting or rotation (single pivot or double pivot) of the attached arm allow semi-complex articulation, thereby allowing the attachment to move into a user-preferred work area, articulate into place, and return to a storage and / or out-of-the-way position (against the elongate track). As previously described with respect to Figure 5 The front surface 20 (or 28) can be designed to provide an aesthetically pleasing appearance in addition to its functionality. In an embodiment, the front surface 20 of the elongate track can have a writing and (dry) erasable surface 28 attached thereto, as Figure 12A and Figure 12B shown. In an embodiment, the surface 28 can be a tempered glass surface and / or other material such as plastic, designed to face the front surface and be similar to a whiteboard surface, and thus can be written on with a dry marker. An optional backing surface (e.g., a galvanized steel backing surface or other sheet metal layer, or a painted metal layer) can be disposed between the front surface 20 of the elongate track 12 and the rear surface of the writable and erasable surface 28 in order to provide magnetism, i.e., the ability for the writing and dry-erase surface to connect (snap) onto the front surface of the track (see Figure 13 ) and / or to secure magnets to that front surface for holding articles thereon. That is, the added backing surface allows for magnetic holding of sticky notes and other elements, for example, through the metal layer just behind surface 28. Moreover, in addition to the front surface 20 of the elongate track 12 and / or the channel edges, the magnetic surface can be used to hold heavier articles, such as ledges or boxes, as described later with reference to Figures 71-78 .

[0079] The surface can be a snap-on piece that snaps onto the front surface of the elongate track on the surface. In an embodiment, as Figure 13As shown, the bottom edge 39 or surface of the elongate track 12 is shaped, for example, to have a protrusion to allow a surface to snap onto it. In a similar context, the protrusion may also or alternatively be provided on the top edge of the elongate track 12. According to an embodiment, the thickness and / or shape of the backing surface may be varied while the front surface has a similar thickness for positive engagement and fixation. In a non-limiting embodiment, the thickness t (see Figure 13 ) of the walls forming the front, rear, and bottom surfaces of the elongate track 12 is approximately 0.125 inches (excluding the mounting slots).

[0080] In an embodiment, corresponding holes are included in the surface and the backing surface, which are cut out and aligned with the holes in the front surface of the elongate track (e.g., see 38 in Figure 12A ). For example, both the surface and the backing surface may include holes for integrated electrical components and / or multiple corresponding holes (when more than one electrical component is utilized to face the user forward).

[0081] Reference is made below to Figures 18-20 , which Figures 18-20 shows an example embodiment of a clamping mechanism 14 for use with the track 12 in the track system 100. Each clamping mechanism 14 may include: a first mounting portion 40 or attachment bracket, which is arranged to be attached to the elongate track 12; and a second mounting portion 42 or base clamp combined with a table clamp, which is arranged to be attached to the edge 16 or surface 18 of a table or desk 20. The first mounting portion 40 is designed to handle forces and / or torques from the elongate track and the weight of the components fixed thereto. The first mounting portion may be provided in the form of an angled member or attachment bracket, which is attached to the track by fasteners 44 (such as bolt connections or screw connections), for example, by stainless steel hardware. As Figure 18 shown, for example, the first mounting portion 40 may be connected to the elongate track 12 by four or six T-nuts. In an embodiment, one or more rib reinforcements may be added to the clamp body to provide further structural support and rigidity to the first mounting portion; these support ribs may be spaced apart to serve as cable routing channels.

[0082] In an embodiment, the top portion of the first mounting portion 40 is arranged to be aligned with the top of the elongate track 12, as Figure 19as shown; however, the top portion of the clamping mechanism 14 can also be configured to connect to the lower portion of the elongate track 12 based on the desired track height of the user. Based on the attachment and arrangement of the first mounting portion 40 / clamping mechanism 14 to the elongate track 12, in accordance with a non-limiting embodiment, the distance or height of the space between the top surface 18 of the tabletop (or work surface) and the bottom surface 22 of the elongate track 12 and / or the track system 100 can be adjusted. That is, in an embodiment, since the rear surface 24 of the elongate track 12 includes a plurality of horizontally extending mounting slots 35, these slots 35 serve as and provide a plurality of attachment locations for mounting mechanisms 10 (such as the clamping mechanism 14) and other articles and accessories. Thus, in an embodiment, the first mounting portion 40 (or the mounting mechanism 10 employed) can be attached to a specific (one) mounting slot among the plurality of mounting slots 35 on the rear surface 24 of the elongate track 12, thereby determining the distance or height that the track / system provides above the surface 18 of the table / desk. Moreover, the plurality of mounting slots 35 can adjust the height of the track 12 relative to the surface 18 by allowing the position (slot) of attachment of these parts / mechanisms to be changed. In an embodiment, the distance or height of the space between the top surface 18 of the tabletop / work surface and the bottom surface 22 of the elongate track 12 or the system 100 can be between approximately 2 inches and approximately 6 inches. In an embodiment, the distance or height of the space between the top surface of the tabletop (or work surface) and the bottom surface of the elongate track can be between approximately 2 inches and approximately 4 inches. In an embodiment, the distance or height of the space between the top surface of the tabletop (or work surface) and the bottom surface of the elongate track can be between approximately 2.2 inches and approximately 3.5 inches. In an embodiment, the first mounting portion or bracket can be a cast aluminum clamping portion. According to an embodiment herein, each mounting mechanism can have a width of, for example, approximately 2.5 inches to approximately 2.75 inches. However, these dimensions of the distance / height and the mounting mechanism are merely exemplary and are in no way intended to be limiting.

[0083] In an embodiment, a corresponding angled cover, referred to as the mounting cover 46, can be connected (such as snapped onto) each first mounting portion on the outer or rear surface of each first mounting portion so as to cover at least a portion of the rear (or outer) surface of the mounting portion and provide an aesthetically pleasing appearance. In an embodiment, the bottom of the mounting cover can be angled or cut away so as to limit the protrusion of its edges (see, for example, Figure 19 ). Moreover, at least one supply channel can be formed between the rear / outer surface of the first mounting portion and the inner surface of the mounting cover, which can be used for further cable or wire management by supplying and / or hiding cables and / or wires therein, as Figure 16 and 17As shown. Accordingly, the cable 43 and / or wires can be supplied such that they are positioned to extend downward along the rear portion of the mounting mechanism and covered by the mounting cover. In an embodiment, as previously described, the rear surface of the first mounting fixture portion may have cable management ribs and at least one channel with a cover thereon, enabling the main power cable to be routed upward from the nearest wall or floor outlet through the fixture / mounting mechanism.

[0084] The second mounting portion 42 may include, for example, a base fixture 48 in the form of an L-shaped bracket, which is configured to be connected to the attachment bracket / first mounting portion 40 at its bottom portion or rear portion. The second mounting portion 42 may further include: a table mat 50 (for positioning on top of the surface of a tabletop or desk surface, see Figure 18 ), for restricting markings thereon; and a table fixture 52, which is provided to include a fastening mechanism for engaging with the bottom surface of the tabletop or desk surface, as Figures 19-20 shown. In an alternative configuration, the base fixture 48 may be replaced by a surface mounting plate, which is directly mounted to the surface of the table or desk, thereby allowing the first mounting portion to be directly and firmly attached to the surface mounting plate.

[0085] According to an embodiment herein, one or more monitors (e.g., computer monitors) or screens may be attached on an elongated track via one or more monitor arm structures 54, which include at least one arm that is attached to the monitor at one end and attached to a mechanism connected to the elongated track 12 at the other end (to be introduced later with reference to Figures 31-44 ). Figures 21-26 Illustrates an example of attaching a monitor to an elongated track of a track system using a monitor arm structure according to an embodiment herein. Figure 21 Illustrates an example of using a monitor arm that is attached to the rear surface of an elongated track according to an embodiment. Figure 22 Illustrates an example of using a monitor arm that is attached to the back of one of the clamping mechanisms according to another embodiment. Figure 23 Illustrates an example of using a monitor arm that is attached above the elongated track and attached to the clamping mechanism. For example, an L-shaped bracket may be used to attach the monitor arm to the clamping mechanism. In another embodiment, a U-shaped bracket may be used to attach the monitor arm to the back of the elongated track. Figure 24 Illustrates an example of using a monitor arm that is attached above the elongated track and attached to the back of the elongated track according to another embodiment. In yet another embodiment, as Figure 25 shown, the monitor may be positioned in a channel of the elongated track, where the monitor arm is attached to the clamping mechanism. Figure 26Shows an example of yet another embodiment, in which the monitor can be positioned in the channel of the elongated rail, and the monitor arm is attached to the rear surface of the elongated rail.

[0086] In embodiments including two or more monitors (the monitors are designed to be attached to the elongated rails of the rail system), combinations of attachment positions as shown Figures 21-26 can be achieved. Figure 27 Shows an example embodiment that shows the installation of a dual monitor on a rail system, where one monitor arm structure is installed within the channel of the elongated rail and the other monitor arm structure is installed on the rear surface of the elongated rail.

[0087] Figure 28 Shows an example of a horizontal arm 56 according to an embodiment that can be used with a rail system. In particular, the horizontal arm 56 can be installed within the channel of the elongated rail of the rail system at its first end, and there is a monitor arm structure 54 attached to its second end, as Figures 29-30 shown.

[0088] According to an embodiment herein, the monitor arm structure 54 includes one or more arms and at least one quick release mechanism 56. Figure 31 Shows an example of a component that can be set as part of the quick release mechanism 56 according to an embodiment herein. The quick release mechanism 56 can include a universal attachment system 58, which includes a quick release pin 62, a 180-degree rotation limiter 64, and a quick release adapter 66. According to an embodiment herein, the quick release mechanism 56 can also include an adjustment joint 60 and a main mounting bracket 68.

[0089] In an embodiment, the quick release pin 62 can be a machined pin press-fitted into the bottom of the adjustment joint 60. The 180-degree rotation limiter 64 can be arranged between the joint 60 and the quick release adapter 66, where a fixing screw is used to limit rotation. The quick release adapter 66 can be designed to snap onto the quick release pin 62 to enable quick connection and release of any compatible components. The main mounting bracket 68 is set to be attached to the adapter 66 inside the rail 12, where most of the weight is on the rear mounting slot 35 of the rail, and some weight rests inside the rail. As Figure 32 shown, some of the weight (of the quick release adapter and the attached arm / component / attachment) is borne by the extrusion, because the front is designed to rest on the bump inside the rail. According to an embodiment, the main attachment of the main mounting bracket 68 can be the mounting slot 35, which is provided on the rear surface 24 of the rail 12, for example, by fasteners such as Figure 32As shown, because this is the strongest part of the track. That is, most of the weight of such an attachment is distributed on the rear surface 24. According to an embodiment of the present disclosure, the bracket 68 (mounted in the slat profile on the rear surface 24) is a quick-connect interface that allows the male protrusion of the monitor arm mount to be inserted into the button-driven receiving interface. Due to the use of the bracket 68, the monitor arm structure 54 can be arranged in any number of positions inside or outside the slot / chute 26, because the rear portion of the bracket 68 can be attached by the slat profile and mounting hardware / fasteners on the rear surface 24.

[0090] As Figure 33 shown, there are a plurality of holes in the rear portion 73 of the main mounting bracket 68, including a countersunk hole 70 for a hex wrench that is used to pass through a reinforcement screw 71 inserted into the quick-release adapter, as Figure 34 shown, so as to help dissipate some of the forces on the bottom of the bracket. The remaining holes 72 (e.g., four) in the rear portion are T-nut holes for attachment to the slats in the rear of the track by passing through inserted fasteners. The front extension portion 75 of the main mounting bracket includes holes 74 (e.g., four) for attachment to the bottom of the quick-release adapter 66. In an embodiment, the main mounting bracket 68 is formed of a material such as 5 mm thick steel.

[0091] The components of the quick-release adapter 66 are shown in Figure 35 According to an embodiment of the present disclosure, the quick-release adapter 66 may include a body 70 formed of, for example, aluminum, and a post-treatment machining is performed in the central region 72 of the body 70 to maintain a tight tolerance with the quick-release pin. Threaded holes 74 are provided on each side of the adapter for reinforcement screws that help hold the adapter to the mounting bracket. In an embodiment, a plurality of (e.g., four) threaded holes (not shown) are located at the bottom of the adapter for connection to the bracket. An opening 76 is provided in the quick-release adapter, and the opening 76 receives a spring 78 to hold the button 80 in the forward position when the button 80 is not pressed in. According to an embodiment, the spring 78 may be formed of steel, and the button 80 may be formed of plastic (e.g., ABS plastic). The button 80 is used to release the pin when pressed. The button 80 includes a clip 82 thereon to hold the button therein and allow disassembly with a small screwdriver. A button cover 84 may also be included on the front surface of the button to provide a soft texture and require less tooling when creating buttons for different shaped adapters. According to an embodiment, the button cover may be formed of a TPE material.

[0092] Figure 36Shows the components of the 180-degree rotation limiter 64. According to an embodiment, the top bushing 86 is press-fitted into the main housing 90 and holds the components together. In an embodiment, the main housing 90 is designed to lock into the quick-release adapter 66 located below it. In a non-limiting embodiment, the top bushing 86 can be formed of a nylon material, and the main housing 90 can be formed of aluminum. For example, the internal element 88 is designed to rotate with the attached monitor arm. According to an embodiment, the internal element 88 can be formed of an aluminum material. In this internal element 88, internal feature keys 96 can be provided for insertion / connection into the monitor arm, and thus enable the internal element 88 to rotate with the monitor arm. According to an embodiment, the internal element 88 can also include external features 98 that extend into the fixing screw 92 when the fixing screw 92 is screwed in and limit the rotation to 180 degrees. A threaded hole 99 can be provided in the main housing 90 that holds the fixing screw 92 that limits rotation. As Figure 37 shown, for example, when the fixing screw is not screwed in, the monitor arm can rotate 360 degrees. However, as Figure 38 shown, when screwed in, the fixing screw limits the rotation to 180 degrees. In an embodiment, when the fixing screw is partially screwed in, the attached monitor arm can rotate 180 degrees, or when screwed in far enough to reach the point where the screw presses against the internal element, the rotation can be locked. In an embodiment, the fixing screw 92 can be formed of steel. The main housing 90 can also include bottom feature keys 101 that are provided to be inserted into the quick-release adapter 66 below to ensure that the housing 90 does not rotate relative to the adapter 66. In an embodiment, a bottom bushing 94 can be provided to fit tightly around the quick-release pin 62 from the monitor arm and hold the limiter assembly 62 on the arm. For example, such a bushing 94 can be formed of a material such as nylon.

[0093] Figure 39A and 39B Shows an example of the components of the adjustment joint 60 according to an embodiment herein. The upper part 102 of the joint includes a bracket 103 for receiving the monitor arm. The lower part 104 of the joint provides material for a pin to be press-fitted. That is, the top part 106 of the quick-release pin 62 is press-fitted into the joint 60 through the lower part 104. The bottom part 108 of the quick-release pin 62 can be designed to be fixed and locked into the quick-release adapter 66. In an embodiment, the bottom 110 of the joint interfaces with the rotation limiter 64. According to a non-limiting embodiment, the adjustment joint 60 can be formed of aluminum. In an embodiment, the quick-release pin 62 is formed of steel.

[0094] Figures 40 to 42 Shows the function of the quick-release adapter 66 during assembly. Figure 40Shows how the pin 62 is press - fit into the bottom joint or lower part 104 of the adjustment joint 60 as generally mentioned previously. The 180 - degree rotation limiter 64 is held on the adjustment joint 60 by the friction of the lower / bottom bushing 94 on the pin 62. The clip 82 holds the button 80 in place so that the button 80 is normally flush with the outer surface of the quick - release adapter 66. Figure 41 Shows how the pin 62 pushes the button 80 away when the pin 62 slides (downward) into place and into the quick - release adapter 66 when assembled. According to Figure 42 , once the pin 62 has slid past, the spring 78 pushes the button 80 back and locks the pin 62 in place. The pin 62 maintains a tight tolerance with the inner wall and engages above and below the button 80, as shown by arrow A.

[0095] In an embodiment, Figure 43 The second mounting bracket 112 shown can also and / or optionally be provided for attaching the quick - release mechanism 56 to the track. As Figure 44 shown, the second mounting bracket 112 allows the monitor arm to be attached behind the track (i.e., attached to the rear surface 24 of the track 12 using fasteners) for users who want the monitor to be further back and / or who want some height adjustability. The bracket 112 is an L - shaped bracket having: a top extension with holes for fasteners (such as bolts) that connect to the slats at the rear of the track 12; and a bottom portion with holes for fasteners (such as bolts) that connect to the quick - release adapter 66, as Figure 44 shown. One or more ribs 114 can be provided for additional reinforcement of the bracket 112, and the ribs 114 extend between the top extension and the bottom portion, as Figure 43 shown. Additionally, as shown, the bracket 112 is configured to be used in either orientation, allowing for increased height adjustability. In a non - limiting embodiment, the second mounting bracket 112 can be formed from 5 - mm thick steel.

[0096] Figure 45 Shows examples of multiple accessories that can be attached to and used with the track system 100, including but not limited to lighting, laptop accessories (lifter or holder), power housings (as previously described), planters / appliances / storage bins, wireless charging accessories, ledges, monitor arms, and privacy or partition screens / panels.

[0097] Figure 46Shows an example of a laptop lifter or holder 120 according to an embodiment of the present disclosure. The laptop lifter or holder 120 can be connected at any position along the track 12, including the front and / or rear of the track and inside the channel 26 of the track 12. The holder 120 can be adjusted vertically (i.e., up and down relative to the track 12), as well as forward and backward. As Figure 47 shown, the main components of the laptop lifter or holder 120 can include: a laptop holder portion 122, which is a platform for holding a laptop; an adjustment post 124, which provides vertical and tilt adjustment for the laptop holder through an attachment post and a hinge joint; and a jogged rotary arm 126, which is a bent arm that rotates about a quick-release pin of a quick-release adapter 128 to allow some forward movement of the laptop holder 120. The arm 126 can also be flipped up and down to allow for different height options. The quick-release adapter 128 is designed to snap onto the quick-release pin to allow for quick connection and release of any compatible components. The pin is used to lock into the rotary arm 126. The mounting bracket 129 can attach the quick-release adapter 128 inside the track 12 (i.e., in the channel 26), where most of the weight is on the rear mounting slot 35 of the track, and some weight rests on the inside of the track.

[0098] Furthermore, it should be noted that according to an embodiment of the present disclosure, the quick-release mechanisms 56 and adapters 66, 128 are provided to be integral with their respective brackets 68, 129 (see, for example, Figures 43-44 , 47 and 49). That is, the mechanism / adapter and the bracket can be formed and assembled such that they are integral, so as to act as a single component that is mounted on the elongated track 12 as a unit.

[0099] Figure 48Shows components of the laptop holder portion 122 according to an embodiment. The laptop holder portion 122 may include a platform 130, anti-slip pads 132, and an extruded slider 135. The platform 130 may include leg portions or legs 136-1 thereon to hold the laptop at an angle, and the cut-out portion allows you to easily open and close the laptop. According to a non-limiting embodiment, the platform 130 may be formed of a metal plate such as steel. The anti-slip pads 132 may be added for additional grip along the top and on the legs 136-1. According to a non-limiting embodiment, the anti-slip pads 132 may be formed of silicone. The extruded slider 135 may be fixed to the platform 130 in any manner. In an embodiment, the extruded slider 135 has slots at the top and bottom, which are symmetric, so that the adjustment post 124 can be attached from above or below. In an embodiment, the platform 130 has a cut-out portion 138 that allows access to the extruded slider 135 from above for additional mounting options. According to a non-limiting embodiment, the extruded slider 135 may be formed of aluminum. Further details regarding the use of the extruded slider 135 will be referred to later with reference to Figure 61 and 62 introduced.

[0100] Figure 49 Shows an exploded view of the quick release adapter 128 and the bracket 130. According to an embodiment herein, the quick release adapter 128 includes a bottom portion that is the same as or has similar components to the bottom portion provided in the quick release adapter 66. For example, it has a body with a central region, threaded holes on each side (such as four threaded holes at the bottom of the adapter), and an opening 76 that receives a spring to hold a button and a button cover, and thus functions in a similar manner. According to an embodiment herein, the top of the quick release adapter may be part of the same machined pin 62 as described above, or it may include a cap 133 that is screwed into or onto the pin, as shown. The pin 62 includes the same bottom portion 108 as shown above. The bracket 130 may be the same as or similar to the main mounting bracket 68 as described above, and includes: a rear portion with a plurality of holes therein; and a front extension for attachment to the bottom of the quick release adapter 128.

[0101] Figure 50An embodiment of a micro - motion swivel arm 126 with a cable management clip 140 is shown. The swivel arm 126 allows for horizontal adjustment by rotating the arm. In a non - limiting embodiment, the micro - motion swivel arm 126 can be formed of 6 mm steel. The swivel arm 126 includes a top portion 134, a downwardly angled portion 136, and a bottom portion 138. The top portion 134 of the arm is designed to fit closely around a quick - release pin connected to the adapter 128 and is held therein by the quick - release pin through a hole therein. The downwardly angled portion 136 allows for the use of a laptop holder or lifter 120 that is closer to the work surface 18 and is higher from the surface 18 when the arm is inverted, as Figure 53 shown. The bottom portion 138 includes a hole and fits closely around the adjustment post 124, thereby providing rotation for the laptop holder 120. When the arm 126 moves, the cable management clip 140 holds the cable in place. In an embodiment, the clip 140 can include an end portion having a snap - hook 139, and the snap - hook 139 is set to snap onto the bottom side of the top portion 134 of the arm 126. Also, ribs 141 of the clip 140 can be provided on its lower side to engage the top side of the top portion 134 of the arm 126. According to a non - limiting embodiment, the clip 140 can be formed of an ABS material.

[0102] According to an embodiment herein, the laptop lifter or holder 120 is set to move in various positions through the above - mentioned components when connected to the elongate track 12. Figures 51-53 An example of the possible movement and installation of the swivel arm 126 of the laptop holder 120 according to an embodiment herein on the track 12 is shown. Figure 51 An example of a rotational movement that can be applied to a component according to an embodiment is shown, more specifically, a rotational movement with respect to the swivel arm 126 at its top portion 134 and bottom portion 138. At the bottom portion 138 (the bottom portion 138 is arranged in a front position in Figure 51 and is attached to the laptop holder portion 122 through the adjustment post 124), the adjustment post 124 is set to rotate within or inside the hole, as indicated by the arrow R1. In the top portion 134 (the top portion 134 is arranged in a rear position in Figure 51 and is attached to the quick - release adapter 128, and the quick - release adapter 128 is installed within the track 12 through the bracket 130), the swivel arm 126 is set to rotate about the quick - release pin, as indicated by the arrow R2. Figures 52-53 An example according to one embodiment is shown that uses the swivel arm 126 for vertical adjustment (based on providing the arm in the first position in Figure 52 or inverting the arm in Figure 53 ), and attaching the quick - release adapter 128 and the bracket 130 within the slot 26 of the elongate track. Specifically, Figure 52shows the angled - down portion 136 positioned at a first angle, where the bottom portion 138 is provided to be relatively lower than the top portion 134, and Figure 53 shows the angled - down portion 136 reversed to a second angle so that the bottom portion 138 is positioned relatively higher than the top portion 134. Thus, flipping the arm 126 to the position as Figure 53 shown provides vertical adjustment (i.e., in this case, an increase in height or vertical adjustment) of the height of the laptop holder portion 122 relative to the track 12.

[0103] Figures 54-62 shows a possible movement of the adjustment post 124 of the laptop holder 120 according to an embodiment herein and an example of being mounted on the track 12. Figure 54 Shows an example embodiment of the components of the adjustment post 124 in an exploded view. At its top portion is the tilt mechanism 142, as well as the collet 144 and the post 146 in the form of a tube at its bottom portion. The tilt mechanism 142 includes an extruded portion 158 (e.g., made of aluminum material) for sliding the laptop holder portion 122 along with the threaded holes therein for locking in place by fasteners (shown below the bracket 160). The portion 158 can be connected to the tilt bracket 160 by fasteners, and the tilt bracket 160 is connected to the bottom tilt bracket 164. The bolt 162 is provided such that the bottom tilt bracket 164 is connected to the bottom portion of the adjustment post 124. The bolt is also arranged to pass through the tilt bracket 160 to cause tilting or rotational movement of the laptop holder portion 122 of the laptop holder 120, as described later. The collet 144 can be a fastening collet with a bushing (e.g., made of nylon) inside (fastened by a screw 166). According to an embodiment, the post 146 can include a tube 168 (e.g., made of steel). The tube 168 can include a threaded insert welded at one end and a cap (e.g., made of plastic) provided at the other end (as Figure 54 shown), thus forming the post 146.

[0104] Figure 55 and 56 shows an example of vertical adjustment using the adjustment post 124 according to an embodiment. The adjustment post 124 is arranged for vertical movement within the hole in the bottom portion 138 of the rotating arm 126, where the collet 144 is used to fix and fasten around the post 146. Figure 55 shows an example of arranging the adjustment post 124 in the most - down vertical position according to an embodiment. Figure 56Shows an example of arranging the adjustment column 124 in the uppermost vertical position according to another embodiment. In yet another embodiment, the adjustment column 124 allows for a small vertical adjustment (indicated by arrow V) to reach any desired height, i.e., it can be fixed at any number of vertical positions between the lowermost vertical position and the uppermost vertical position. Figures 57-58 Shows an example of using the tilt mechanism 142 for tilt adjustment, i.e., for tilting the laptop holder portion 122 up and down by the tilt mechanism 142. The laptop holder portion 122 is arranged to be at any number of angles, e.g., at an angle between approximately 15 degrees and approximately 90 degrees relative to the vertical axis passing through the adjustment column 124, as indicated by arrow A2. Figures 59-60 Shows an example of using the adjustment column 124 in two configurations according to another embodiment. Specifically, by arranging the adjustment column 124 such that the column 146 is relatively lower than the rotating arm 126, as Figure 59 shown, or flipping and arranging the adjustment column 124 such that the column 146 is relatively higher than the rotating arm 126, as Figure 60 shown, to provide more vertical adjustability. Also, based on the installation of the column 146, the laptop holder portion 122 can be positioned at the top ( Figure 59 ) or the bottom ( Figure 60 ). Figure 61 And 62 Shows an example of using the extrusion portion 158 of the adjustment column 124 and the extrusion slider 135 of the laptop holder portion 122 for sliding adjustment. The laptop holder portion 122 is arranged to slide backward and forward along the extrusion slider 135 relative to the adjustment column 124 by the extrusion portion 158, as indicated by arrow S.

[0105] It should be noted that although Figures 46-61 shows example features of the laptop holder 120 (including the adjustment column 124 and the rotating arm 126), these descriptions are not restrictive. That is, according to the embodiments herein, one or more of these features can be changed while still achieving similar functions. Figure 63 And 64 Show two alternative installation examples of components that can be used as a laptop holder. For example, Figure 63 shows a laptop holder with an adjustable rod 124A having an alternative configuration, where a quick-connect mechanism and an alternative arm 126A are used to hold the laptop holder portion 122A having a platform 130A (including an alternative cutout area 138A and a leg portion 136A). Figure 64Shows an example of a Bowden cable-driven four-bar arm 126B that holds the laptop holder portion, which allows for manual actuation to engage a multi-position gas spring at various heights / angles of the four-bar. Thus, such laptop mounting features and / or accessories are not limited to the illustrated examples of the figures.

[0106] Figures 65-67 Shows an example of an optional tray 170 according to an embodiment herein, the tray 170 being configured for use with the track system 100. The tray 170 is designed to be mounted on the surface 18 of a table or desk and may be designed to support, for example, a keyboard and mouse thereon. The tray 170 is configured to slide on the surface 18 by providing feet 176 (e.g., made of felt or a similar material) on its bottom surface (as Figure 67 shown). According to an embodiment, the tray 170 may be constructed of a material similar to the writable surface 28 of the front portion of the elongate track 12 (e.g., glass with a steel backing for magnetic engagement), or alternatively, the tray 170 may be constructed of plastic, wood, or almost any stable flat material. In an embodiment, a magnetic strip or surface of the material may be provided on the tray 170 for interaction with accessories (e.g., cup 177 ( Figure 66 shown in) and / or a case, as described later) that also include magnets thereon. Such a strip may be inserted or provided on the top of the tray 170. The magnetic interaction of the accessories allows them to be removably attached to the tray 170 and the track 12 such that they can be repositioned throughout the workday. In Figures 65-66 the illustrated example embodiment, two rows or strips of magnetic material are provided, which facilitates the linear alignment of the accessories above. Optionally, the tray 170 includes a handle 178 (shown as an opening in the figure) for easy movement.

[0107] In addition to the above features, adding the tray 170 for use with the track system 100 allows the user to move multiple items (keyboard, mouse, case, etc.) simultaneously (e.g., not in front of or removed from in front of the track, e.g., to the side) in order to, for example, prepare for different tasks within the primary work area. According to an embodiment herein, the tray 170 may be designed to interact with the track or organize items. In an embodiment, the tray 170 is designed to include an auxiliary power battery that allows for off-track powered use of mobile phones (wireless charging), cordless mice, and keyboards, etc. For example, when the tray 170 is docked or pushed under the raised elongate track 12, the auxiliary battery of the tray 170 may be charged or recharged.

[0108] Existing monitor solutions and articulating arms / rails can be attached to or used with the rail system 100 disclosed herein, and optionally a laptop holder 120 and / or a mounting arm structure 54 for the monitor can be added. Thus, the user does not have to eliminate the use of other items on the countertop or desktop. Figures 68-70 Examples of mounting rails and accessories used with the rail system 100 according to embodiments herein and their movement are shown. For example, in an embodiment, the elongate rail 12 can be mounted for use with the swing-out tray 180, as Figure 68 shown, the swing-out tray 180 can be attached to the swing arm 182, and the swing arm 182 allows the swing-out tray 180 to move rotationally between the work area (including in front of any monitor) and other positions (including the storage position). Figure 69 An embodiment is shown in which the sliding and rotating tray 184 is mounted on the elongate rail 12, and the swing arm 186 allows horizontal movement between work areas. In the case where the tray 184 is on the slider, its storage position can, for example, move out to the side, and the swing arm 186 allows the tray 184 to move, for example, in front of and behind any monitor. Figure 70 An embodiment is shown in which the shorter articulating rail 190 is used to move the tray 188. For example, whether a single monitor mount or a dual monitor mount is used, the tray 188 can move rotationally between multiple positions in the work area via the rail 190. The mounting mechanism or device, adapter, etc. for mounting the swing arm (as Figures 68-70 shown) can vary according to embodiments herein and can include, in some embodiments, brackets and / or components (such as quick release adapters) as previously described herein.

[0109] Moreover, optional mechanisms and / or optional movements can be employed in other embodiments. For example, more than one swing arm can be used. In an embodiment, a swing-out double arm can be attached to the table or desk such that it is designed to move in a parallelogram manner to move the elongate rail 12. In an embodiment, three or four arms can be used in the rail system 100. Other types of movement of the rail 12 and / or the accessories attached to the rail using the arms are also envisioned.

[0110] Figures 71-78Shows examples of storage accessories and / or organizing elements (e.g., containers, ledges, etc.) that can be used with the track system 100 to facilitate access to and from the main work area (e.g., the area in front of a computer monitor). In an embodiment, this action is facilitated by providing magnets on the organizing elements (containers, ledges, etc.) that allow them to interlock with each other, interlock on the elongate track 12, and optionally interlock on a tray on the surface 18. For example, as previously described, when a tray 170 is provided, in addition to a keyboard, mouse, etc., these accessories can also be provided on the tray 170 and fixed to the tray by magnets so as to be fixed and / or move with it.

[0111] Figures 71-72 Shows an example of a box 192 according to an embodiment herein, the box 192 having a ledge 194 along the rear of the top edge for use with the track system 100. For example, such a box 192 can be designed to hold pens, pencils, and other small items. One or more boxes 192 can be used with the track system 100. Moreover, Figure 72 Shows an example of arranging optional magnets 196 on the rear and lower sides of the box 192. Thus, in an embodiment, the box 192 can be mounted (e.g., snapped) within the channel 26 of the elongate track 12, as Figures 73-74 shown, and / or mounted on the front edge of the elongate track 12 by the ledge 194 (e.g., using an optional snap-fit connection). In an embodiment, the dimensions of the box 192 can be set such that when suspended from its front, the bottom of the box 192 is aligned with the bottom of the elongate track 12, as Figure 73 shown by arrow A3 in, so as to allow access to the area below the track 12. Moreover, the ledge 194 is designed such that when mounted on the front edge of the track, the ledge 194 does not interfere with the use of the channel 26. Thus, another box 192 or accessory can be positioned directly aligned with the box 192 fixed to the front edge (as Figure 74 shown) within the channel 26. In some cases, when the box 192 is mounted in the channel 26, the ledge 194 can be fitted / fixed to the rear edge of the elongate track 12. Moreover, adding magnets 196 on the bottom and rear of the box 192 enables the box to be aligned with the writable magnetic surface 28 at the front of the track profile, and with the magnetic strip on the tray 170 (when used with it) when the box 192 is removed from the elongate track 12 and moved onto the tray 170 on the surface 18. In a non-limiting embodiment herein, the box 192 and its ledge 194 are formed of ABS plastic, to which the magnets 196 are attached (e.g., by an adhesive).

[0112] Figures 75-76Shows another example of an optional bin 198 for use with the track system 100 according to an embodiment of the present disclosure. The bin 198 has a ledge 200 along the rear of the top edge. For example, such a bin 198 can be designed to hold larger items such as pictures or mementos on a tabletop. For example, one or more bins 198 can be used in conjunction with one or more bins 192 (see Figure 78 ) and / or the track system 100. Also, Figure 76 shows an example of positioning an optional magnet 202 on the rear and lower sides of the bin 198. Thus, in an embodiment, the bin 198 can be mounted on the front edge of the elongate track 12 via the ledge 200 (e.g., using an optional snap-fit connection), as Figure 77 shown, or in some cases, the bin 198 is sized to fit within the channel 26. In an embodiment, the bin 198 can be sized such that when suspended from its front, the bottom of the bin 198 is aligned with or positioned relatively higher than the bottom of the elongate track 12 to allow access to the area below the track 12. Also, the ledge 200 is designed such that when mounted on the front edge of the track, the ledge 200 does not interfere with the use of the channel 26. Thus, another bin (e.g., bin 192 as Figure 78 shown) or an accessory can be positioned within the channel 26, aligned precisely with the bin 198 secured to the front edge. Also, adding magnets 202 to the bottom and rear of the bin 198 enables the bin to align with the writable magnetic surface 28 at the front of the track profile and with the magnetic strip on the tray 170 (when used with it) when the bin 198 is removed from the elongate track 12 and moved onto the tray 170 on the surface 18. In a non-limiting embodiment of the present disclosure, the bin 198 and its ledge 200 are formed of ABS plastic, to which the magnets 202 are attached (e.g., by an adhesive).

[0113] According to an embodiment of the present disclosure, in addition to mounting the tracks to the rear surface 24, the track system 100 provides the ability to mount other accessories on its rear surface. Any of the above items (e.g., bins 192 and 198) can be mounted on its rear surface 24 and are not necessarily limited to the illustrated embodiments shown mounted on the front edge and / or within the channel 26 of the elongate track 12.

[0114] Also, the track system 100 can further accommodate privacy dividers for mounting thereon. One or more bracket structures 204 (e.g., Figure 79As shown, it can be provided for attaching and spacing items, such as privacy dividers, relative to the track 12. Herein, the first L-shaped bracket 206 is fixed to the rear of the track (e.g., using fasteners that are inserted through holes therein and fixed within the mounting slots 35 along the rear surface 24 of the track 12), and the second L-shaped bracket 208 is fixed to the divider 210 or privacy panel (e.g., using fasteners that are inserted through holes therein and into the divider), as Figures 80-81 shown. The brackets 206 and 208 can each also be fixed together by fasteners 212. In an embodiment, for example Figure 81 as shown, the bracket configuration 204 can be designed to position the divider 210 such that it does not extend beyond the mounting mechanism 10, thereby maintaining any space behind the table or desk. In an embodiment, the bracket configuration can be provided as the bracket configuration 204b, which is configured to provide the divider / privacy panel 210 with suitable panel features 210b that can be provided on the rear or outer side of the table or desk, as Figure 82 shown, extending below the surface 18.

[0115] Figures 83-91 Shows a track and a mounting mechanism that are components of the disclosed track system 100 according to an alternative embodiment herein. As described herein, the track 12 and the track system 100 are provided to, for example, provide cable management, organizing elements, and power for devices and computers. For clarity and conciseness, throughout the figures, the same elements and components are labeled with the same names and numbers as those Figures 3-82 described. Thus, although not fully detailed herein, those of ordinary skill in the art should understand that the various features associated with Figures 83-91 the track system 10 are similar to those previously described. Additionally, it should be understood that the features shown in the individual figures are not meant to be limited to the illustrated embodiments only. That is, the features presented throughout this disclosure can be interchanged and / or used with other embodiments in addition to those embodiments in which they are shown and / or referenced.

[0116] Figures 83-86 Shows a track system 100 for a workspace, which includes at least one mounting mechanism 10 and an elongate track 12. As detailed in the previous embodiments, each mounting mechanism 10 is provided for attaching to the elongate track 12 and for attaching to a table or desk (see, for example Figure 83 and 90), such that at least one mounting mechanism 10 supports the elongate rail 12 relative to the surface 18 of the table or desk. The elongate rail 12 is arranged to extend horizontally at a certain height or distance above the surface 18 of the table or desk when mounted on the table or desk by the at least one mounting mechanism 10. The elongate rail 12 extends between a first end and a second end and has at least a front surface 20, a bottom edge 22 (see Figure 87 ), and a rear surface 24. As Figure 87 shown in detail, the rear surface 24 includes a plurality of horizontally extending mounting slots 35 formed therein for arranging accessories relative to the elongate rail 12. The modular slat profile having the mounting slots 35 allows various types of brackets and / or accessories to be attached thereto for mounting the accessories at the rear of the elongate rail 12. To provide an aesthetically pleasing, clean, organized, and modular track system 100, according to an embodiment, the slat profile can be provided at the rear of the track system 100 to maintain the modularity of the slat profile while ensuring that the front face or front surface 20 of the rail 12 is clean and visually appealing (rather than creating an undesirable aesthetic on the front or surface facing the user).

[0117] In an embodiment, one or more mounting slots 35 can be provided in at least the rear surface 24 of the rail 12 (see, for example, Figure 87 ). According to an embodiment, two or more horizontally extending mounting slots 35 can be provided in the rear surface 24 of the elongate rail 12. In a non-limiting embodiment, two to six horizontally extending mounting slots 35 can be provided in the rear surface 24. In an exemplary embodiment, four or five horizontally extending mounting slots 35 are provided in the rear surface 24 of the elongate rail 12.

[0118] In an embodiment, the elongate rail 12 can be an extruded rail formed of a material such as aluminum (e.g., 6063 aluminum extrusion (anodized)). The length of the rail can vary and there is no limitation on the size or length of the surface to which it can be attached. In an embodiment, the length of the rail can be between about 24 inches and 60 inches. In an embodiment, the length of the rail can be between about 36 inches and 48 inches. In an embodiment, the length of the rail can be about 48 inches. The height and / or width of the rail can also vary. In an embodiment, the elongate rail and / or the track system can have a total height between about 3 inches and about 6 inches. In an embodiment, the elongate rail and / or the track system can have a total width of about 2 inches to about 6 inches. In an embodiment, the elongate rail and / or the track system can have a total height of about 4 inches and a total width of about 3 inches. In a non-limiting embodiment, the thickness T of the wall of the elongate rail 12 (excluding the mounting slots) (see Figure 13 ) is about 0.125 inches.

[0119] According to an embodiment, a front writing and erasable surface 28 can be provided, which can be magnetic and / or interchangeable with the front surface 20 of the track. Other options for magnetic drive can also be provided in the embodiment, including tissue units magnetically and / or mechanically connected to the system, including a keyboard tray (e.g., regarding Figures 65-68 as described in 71-78). As previously regarding Figure 5 described, the front surface 20 (or 28) can be designed to provide an aesthetically pleasing appearance in addition to providing functionality. In an embodiment, the front surface 20 of the elongate track can have a writing and (dry) erasable surface 28 attached thereto, such as Figure 86 shown. In an embodiment, the surface 28 can be a tempered glass surface and / or other materials such as plastic, designed to face the front surface similar to a whiteboard surface, so that it can be written on with a dry marker. An optional backing surface (e.g., a galvanized steel backing surface or other sheet metal layer, or a painted metal layer) can be disposed between the front surface 20 of the elongate track 12 and the rear surface of the writing and erasable surface 28 to provide magnetism, i.e., for the writing and dry-erase surface to be connected (snapped) onto the front surface of the track (see Figure 87 ) and / or for the ability to fix magnets thereon (for holding items thereon). That is, the added backing surface allows for magnetic holding of sticky notes and other elements, for example, through the metal layer directly behind the surface 28. Moreover, in addition to the front surface 20 of the elongate track 12 and / or the edges of the channels, magnetic surfaces can also be used to hold heavier items, such as ledges or boxes, as referenced Figures 71-78 described and Figures 88-91 shown. The surface 28 can be a surface snap-on member snapped onto the front surface of the elongate track, for example, held by an edge or a protrusion. In an embodiment, as Figure 87 shown, the top edge or surface of the elongate track 12 is shaped, for example, to have a protrusion to allow the surface to be snapped onto it. In a similar context, protrusions can also or alternatively be provided on the bottom edge of the elongate track 12. According to an embodiment, the thickness and / or shape of the backing surface can be changed, while the front surface has a similar thickness for shape engagement and fixation.

[0120] The first and second ends of the elongate track 12 can include end caps 30 thereon, Figures 83-85 an example of which is shown in. In an embodiment, each end cap 30 is formed by a single component press-fitted onto the first and second ends of the elongate track 12. For example, in an embodiment, the end cap is inserted into a slot provided at the end. In another embodiment, the end cap can be snapped onto or around the edge of the track. Aesthetically, the end cap provides a rounded corner end for the elongate track, for example, to match the front face. In an embodiment, the end cap component can be formed of plastic, such as ABS plastic.

[0121] According to an embodiment of the present disclosure, the front surface 20 of the elongate track 12 is shown to have one or more optional holes 38 therein for receiving an electrical connector from a power source 32 (i.e., a power outlet in a wall or floor). The housing of the electrical connector can be inserted into the hole 38 (e.g., such that it snaps into the hole and the front portion), and the rear portion of the housing can be positioned to extend from the rear surface 24, as Figure 88 and 90 shown. In an embodiment, the hole 38 and thus the housing of the electrical connector can also be vertically centered through the same space as the sides and snap into the front portion. After the component / electrical connector snaps into the track, its wires are designed to be routed under a cable cover 46 (described later) when connected to the power source. For example, the electrical connector can include AC and / or USB ports (USB C and / or USB A ports). According to an embodiment, the electrical connector is set to meet or exceed these specifications: 1 AC outlet: 15A, 125V, 60Hz; 1 fast charging USB-A port: 3A, 5V; and 1 fast charging USB-C port: 3.1A, 5V. In an embodiment of the present disclosure, the housing of the electrical connector can be provided in the form of plastic, such as an ABS plastic housing enclosing the electronics. In an embodiment, the surface 28 and the backing surface (e.g., a magnet or metal) include corresponding holes therein, which are cut out and aligned with the holes 38 in the front surface 20 of the elongate track 12 (e.g., see Figure 83 ). For example, both the surface and the backing surface can include holes for integrating electrical components and / or multiple corresponding holes therein (when more than one electrical component is utilized) such that they face the user towards the front.

[0122] For illustrative purposes only, most of the drawings depict the use of a clamping mechanism 14 for mounting the elongate track 12, which is used to statically support the elongate track 12 relative to the surface 18; however, as previously described, the mounting mechanism 10 can vary and / or the elongate track 12 does not need to be statically mounted relative to the top of the table or desk 20. As shown, in an embodiment, the track system 100 includes at least two clamping mechanisms 14 for the elongate track 12 (when movement of the track 12 itself is desired, other embodiments can utilize the mounting mechanism 10, such as Figure 7A and Figures 68-70as shown). The bottom edge 22 of the track 12 can be positioned at a certain height above the surface 18 of a tabletop or work surface so that an object can be positioned or provided on the surface and below the track. In an embodiment, in addition to the fixed clamp, the rear surface 24 can be used as an area for connection to connection points (e.g., clamps for fixing the track, clamps for adding accessories, including but not limited to monitor clamps, etc.). As described above, one or more mounting slots 35 can be provided in at least the rear surface 24 of the track. In an embodiment, the mounting slot / slat 35 can include a raised area 37 therein (see Figure 87 ) or added thereto to reduce friction for any sliding element and / or create a corresponding shape for attaching an accessory thereto. Further, the mounting slot 35 is designed to maximize strength and T-slot functionality.

[0123] Each clamping mechanism 14 can include: a first mounting portion 40 or attachment bracket configured to be attached to the elongated track 12; and a second mounting portion 42 or base clamp combined with a table clamp, the second mounting portion 42 or base clamp being configured to be attached to the edge 16 or surface 18 of a table or work surface. The first mounting portion 40 is designed to handle forces and / or torques from the elongated track and the weight of components fixed thereto. The first mounting portion can be provided in the form of an angled member or attachment bracket that is attached to the track by fasteners (e.g., bolted or screwed connections), such as by stainless steel hardware (see, e.g., Figure 18 ). In an embodiment, one or more rib reinforcements can be added to the clamp body to provide further structural support and rigidity to the first mounting portion; these support ribs can be spaced apart to also serve as cable routing channels. The second mounting portion 42 can include a base clamp 48, such as in the form of an L-shaped bracket, the base clamp 48 being configured to connect to the attachment bracket / first mounting portion 40 at the bottom portion or rear portion of the attachment bracket / first mounting portion 40. The second mounting portion 42 can further include: a tabletop pad 50 (see Figure 18 ) to limit marking thereon; and a table clamp ( Figures 83-91 not shown), the table clamp being configured to include a fastening mechanism for engaging the bottom surface of the tabletop or work surface. In an alternative configuration, the base clamp 48 can be replaced with a surface mounting plate that is directly mounted on the surface of the work surface or table, allowing the first mounting portion to be directly and securely attached to the surface mounting plate.

[0124] As previously described, in embodiments, since the rear surface 24 of the elongate track 12 includes a plurality of horizontally extending mounting slots 35, these slots 35 serve as and provide a plurality of attachment locations for mounting mechanisms 10 (such as clamping mechanisms 14) and other articles and accessories. Thus, in embodiments, the first mounting portion 40 (or the mounting mechanism 10 employed) can be attached to a specific (one) mounting slot among the plurality of mounting slots 35 on the rear surface 24 of the elongate track 12 so as to determine the distance or height provided by the track / system above the surface 18. Moreover, the plurality of mounting slots 35 allow adjustment of the height of the track 12 relative to the surface 18 by allowing change in the position (slot) at which these parts / mechanisms are attached. Based on the attachment and arrangement of the first mounting portion 40 on the elongate track 12, according to non-limiting embodiments, the distance or height of the space between the top surface 18 of the tabletop (or work surface) and the bottom edge 22 of the elongate track 12 and / or the track system 100 can be between approximately 2 inches and approximately 6 inches. In embodiments, the distance or height of the space between the top surface of the tabletop (or work surface) and the bottom edge of the elongate track can be between approximately 2 inches and approximately 4 inches. In one embodiment, the distance or height of the space between the top surface of the tabletop (or work surface) and the bottom edge of the elongate track can be between approximately 2.22 inches and approximately 3.56 inches. In one embodiment, the distance or height of the space between the top surface of the tabletop (or work surface) and the bottom edge of the elongate track can be between approximately 2.2 inches and approximately 3.5 inches.

[0125] In embodiments, a corresponding angled cover, referred to as a mounting cover 46, can be connected (such as snapped) to each first mounting portion on its outer or rear surface so as to cover at least a portion of the rear (or outer) surface of the mounting portion and provide an aesthetically pleasing appearance. In embodiments, the bottom of the mounting cover can be angled or cut away so as to limit the protrusion of its edge (see, for example Figures 84-85 ). Moreover, at least one supply channel can be formed between the rear / outer surface of the first mounting portion and the inner surface of the mounting cover. Thus, this supply channel can be used to route cables and / or wires to / from a power source, thereby allowing cable or wire management by feeding and / or hiding the cables and / or wires therein (such as Figure 16 and 17 as shown). Thus, the cables and / or wires can be fed such that they are positioned to extend downward along the rear of the mounting mechanism and are covered by the mounting cover. In embodiments, as previously described, the rear surface of the first mounting fixture portion can have cable management ribs and at least one channel, with a cover thereon, thereby allowing the main power cable to be routed upward through the fixture / mounting mechanism from the nearest wall or floor outlet.

[0126] Although in Figures 83-91is not shown, but it should be understood that any existing mechanism (including the quick release pin 62, the joint 60, the mounting bracket 68, the adapter 66, the monitor arm structure 54, etc.) is arranged to be used with Figures 83-91 the track system 100 shown in. Also, the mechanisms / adapters 56, 66, 128 and the brackets 68, 129 can be formed and assembled such that they are integrated so as to act as a single component that is mounted as a unit to Figures 83-91 the elongate track 12 of. Moreover, any of the above attachments (such as, but not limited to, a laptop lifter or holder 120, a privacy divider, etc.) can also be used with Figures 83-91 the track system 100 of.

[0127] As an example, Figures 88-91 a track system 100 with a power supply 32 (such as through a hole 38) and boxes 192 and 198 attached or mounted on the elongate track 12 is shown. As previously described in detail with respect to Figures 71-74 and Figures 75-78 (and thus not fully introduced here for brevity), the ledge 194 of the box 192 can be arranged along the top edge of the elongate track 12 for holding, for example, pens, pencils and other small items. In an embodiment, the edge of the ledge 194 of the box 192 can be mounted (such as snapped) within a mounting slot 35 on the rear surface 24 of the elongate track 12. Similarly, the box 198 and its ledge 200 can be used on the elongate track 12, for example, for arranging larger items (such as pictures or souvenirs) on a desktop. In an embodiment, the edge of the ledge 200 of the box 198 can be mounted (such as snapped) within a mounting slot 35 on the rear surface 24 of the elongate track 12. Moreover, according to an embodiment, adding magnets to the boxes 192, 198 will allow the boxes to be aligned magnetically with the front magnetic surface 28 of the track profile. In non-limiting embodiments herein, the boxes 192, 198 and the ledges 194, 200 are formed of ABS plastic, with magnets attached thereto (such as by an adhesive).

[0128] Moreover, according to an embodiment, a cable management attachment 220 can also be provided for attachment to the elongate track 12, as Figure 88 、 90As shown in FIGS. 90 and 91. Such a cable management accessory 220 can be used to route cables or wires therein to assist with cable management for devices such as those that power devices, laptops, computers, etc. In an embodiment, the cable management accessory can include structures such as slots, open U-shaped containers, trays, boxes (such as boxes 192, 198), and / or racks, any of which can optionally have holes or openings for routing cables and wires therein, and / or include structures for wrapping cables and wires around the cables and wires. In an embodiment, the cable management accessory 220 can be a snap-fit plastic retainer ring, such as a C-shaped retainer ring, allowing a user to release the top of the C-shape to route the cable / wire within the retainer and snap the top back into place.

[0129] Moreover, as previously described and as Figure 45 shown, other accessories can be provided for use with the track system 100. In an embodiment, additional power sources and / or power outlets can be provided to effectively power the track system (e.g., low voltage DC), such that accessories (such as lights, rechargeable products, air purifiers, sounds, cameras) can be connected and / or snapped into the track 12 for its power supply and / or charging.

[0130] Accordingly, the present invention provides at least one organizing track that is mounted on a desktop and above the desktop surface, such that common items are removed from the table while facilitating quick reorganization of the most commonly used table space, allowing access to and use of the items needed for a given task (which varies throughout the day). In addition to the open table space, users utilize the surface throughout the day for conference calls, writing / sketching, having lunch, and organizing; thus, a convertible surface is desired. The disclosed tracks and track systems meet these needs by moving everyday items between non-work areas and primary and secondary work areas. Thus, items such as keyboards, storage accessories, etc. can move into the user's reach area and in front of and / or below the monitor (mounted on the track via a mounting arm structure) such that they are not blocked. Moreover, since the track and / or accessories mounted thereon are positioned far enough away from the work surface, items can be positioned and / or slid under the attached accessories and / or the track itself, providing a more desirable access area.

[0131] Accordingly, it should be understood that the disclosed track system particularly provides the following advantages: conversion of the working space, including near-field and far-field opportunities, for increased usability, so that staff can use their working space for different activities throughout the day. Thus, efficiency and productivity can be improved by helping staff to convert their working space to better match each activity (e.g., conference calls, writing, sketching, having lunch, tidying up, opening up desktop space). The track system provides greater flexibility in helping to move everyday items from non-working areas to the main and auxiliary areas. The track system promotes people's efficiency by easily converting one task to the next throughout the day. The interaction of the track items with the table and in front of / away from the monitor enables users to make their "main" working space as useful as possible.

[0132] Moreover, through the slat profiles (mounting slots 35) on the front surface 28 and the rear wall 24, the track system 100 allows for the functional use of the track 12, including cable management and staying above the table surface to ensure easy access and use, thus facilitating cleaning and an organized appearance without having to go under the table every time a power accessory is added or removed. In fact, it should also be understood that the slots 35 in the rear surface 24 of the track 12 disclosed in the figure can also be used for further cable or wire management by feeding and / or hiding cables and / or wires (or at least a portion of such cables / wires) therein. Moreover, the track system allows for the addition of power strips therein or below it, including integrated power strips with exposed plug interfaces, which are shown as protruding through the front wall of the unit.

[0133] Any measurements and / or dimensions indicated in the specification and / or drawings are exemplary and not limiting.

[0134] References to "one embodiment" or "an embodiment" throughout the specification mean that the particular features, structures, or characteristics described in connection with the embodiment are included in at least one embodiment of the disclosed subject matter. Thus, the phrases "in one embodiment" or "in an embodiment" appearing throughout the specification do not necessarily refer to the same embodiment. Moreover, the particular features, structures, or characteristics may be combined in any suitable manner in one or more embodiments. Also, embodiments of the disclosed subject matter will cover its modifications and variations.

[0135] Although the principles of the present invention have been clearly introduced in the above exemplary embodiments, it is obvious to those skilled in the art that various changes can be made to the structures, arrangements, proportions, elements, materials, and components used in the practice of the present invention.

[0136] Therefore, it can be seen that the features of the present invention have been fully and effectively realized. However, it should be recognized that the foregoing preferred specific embodiments are presented and described for illustrative purposes of the functions and structural principles of the present invention, and changes can be made without departing from these principles.

Claims

1. An orbital system for a workspace, the orbital system comprising: At least one mounting mechanism; And An elongate rail, Each mounting mechanism is configured to be attached to the elongate rail and configured to be attached to a table or a desk such that the at least one mounting mechanism supports the elongate rail relative to the surface of the table or the desk, The elongate rail is configured to extend horizontally relative to the surface of the table or the desk and at a certain height or distance above the surface when mounted on the table or the desk by the at least one mounting mechanism, The elongate rail has at least a front surface, a bottom surface and a rear surface, the elongate rail defining a channel therein that extends between a first end and a second end of the elongate rail and is configured to receive an accessory relative to the elongate rail.

2. The track system according to claim 1, wherein: Each mounting mechanism includes: A first mounting portion, the first mounting portion including an attachment bracket having a vertically extending member and configured to be attached to the elongate rail for fixing the elongate rail at the height or distance relative to the edge and / or surface of the table or the desk, and A second mounting portion, the second mounting portion being in the form of a clamping portion and configured to attach to the edge and / or surface of the table or the desk.

3. The track system according to claim 2, wherein: Each mounting mechanism includes a mounting cover that is connected to each first mounting portion on its outer surface so as to cover at least a portion of the outer surface, and a supply channel is formed between the inner surfaces of the first mounting portion and the mounting cover.

4. The track system according to claim 1, wherein: The rear surface and / or the bottom surface of the elongate rail includes a plurality of horizontally extending mounting slots formed in the rear surface and / or the bottom surface.

5. The track system according to claim 1, wherein: The first end and the second end of the elongate rail include end caps thereon, and each end cap is press-fitted onto the first end and the second end of the elongate rail.

6. The track system according to claim 1, wherein: The elongate rail includes an elongate cover that is received in the channel so as to divide the channel into a top portion and a bottom portion, and the bottom portion of the channel is covered and accessible for receiving an accessory in the bottom portion.

7. The track system according to claim 6, wherein: The elongate cover includes a cut-out portion and / or a plurality of sections.

8. The track system according to claim 1, wherein: One or more of the front surface, the bottom surface and the rear surface of the elongate rail includes one or more openings for receiving electrical connectors from a power supply and / or an AC port and / or a USB port.

9. The track system according to claim 1, wherein: The front surface includes an erasable and / or magnetized surface attached to the front surface.

10. The track system according to claim 1 further comprises: One or more wheeled or sliding mounting brackets, the wheeled or sliding mounting brackets including a carrier slider for movement along the bottom surface of the elongate rail.

11. The track system according to claim 1 further comprises: One or more arm structures, the arm structures including at least one arm, the at least one arm being configured to be attached to an accessory at one end and attached to a mechanism for connection to the elongate rail at the other end.

12. The track system according to claim 11, wherein: One or more arm structures include at least one quick release mechanism, the quick release mechanism including a universal attachment system, the universal attachment system including a quick release pin, a 180-degree rotation limiter and a quick release adapter, and the at least one quick release mechanism allows the one or more arm structures to pivot and rotate and allows the one or more arm structures to be quickly released from the elongate rail.

13. The track system according to claim 12, wherein: The mechanism for connection with an elongate track includes a mounting bracket, the mounting bracket including an L-shaped portion configured to connect with the elongate track, wherein at least one quick-release mechanism is connected to and / or integral with the mounting bracket.

14. The track system according to claim 4 further comprises: At least one mounting bracket, the at least one mounting bracket including an L-shaped portion and configured to be fixed to an elongate track by a horizontally extending mounting slot formed in the elongate track.

15. A method of using the track system according to claim 1, the method comprising: Attaching at least one mounting mechanism to the surface of a table or desk; And Attaching the elongate track to each mounting mechanism such that the elongate track extends horizontally and at a certain height or distance above the surface of the table or desk.

16. A track system for a workspace, the track system comprising: At least one mounting mechanism; And An elongate track, Each mounting mechanism being configured to be attached to the elongate track and configured to be attached to a table or desk such that the at least one mounting mechanism supports the elongate track relative to the surface of the table or desk, The elongate track being configured to extend parallel to and at a certain height or distance above the surface of the table or desk when mounted on the table or desk by the at least one mounting mechanism, The elongate track extending between a first end and a second end and having at least a front surface, a bottom edge, and a rear surface, the rear surface including a plurality of horizontally extending mounting slots formed therein for placing accessories relative to the elongate track.

17. The track system according to claim 16, wherein: Each mounting mechanism includes: A first mounting portion, the first mounting portion including an attachment bracket having a vertically extending member and configured to be attached to the elongate track for fixing the elongate track at the height or distance relative to the edge and / or surface of the table or desk, and A second mounting portion, the second mounting portion being in the form of a clamping portion and configured to be attached to the edge and / or surface of the table or desk.

18. The track system according to claim 17, wherein: Each mounting mechanism includes a mounting cover, the mounting cover being connected to each first mounting portion on its outer surface so as to cover at least a portion of the outer surface, and a supply channel being formed between the inner surfaces of the first mounting portion and the mounting cover.

19. The track system according to claim 16, wherein: One or more of the front and rear surfaces of the elongate track include one or more openings for receiving electrical connectors from a power source and / or an AC port and / or a USB port.

20. The track system according to claim 16, wherein: The front surface includes an erasable and / or magnetizable surface attached thereto.

21. The track system according to claim 16, further comprising: One or more arm structures, the arm structures including at least one arm, the arm being configured to be attached to an accessory at one end and attached to a mechanism for connection with the elongate track at the other end.

22. The track system according to claim 21, wherein: The one or more arm structures include at least one quick-release mechanism, the quick-release mechanism including a universal attachment system, the universal attachment system including a quick-release pin, a 180-degree rotation limiter, and a quick-release adapter, the at least one quick-release mechanism allowing the one or more arm structures to pivot and rotate and allowing the one or more arm structures to be quickly released from the elongate track.

23. The track system according to claim 22, wherein: The mechanism for connection with the elongate track includes a mounting bracket, the mounting bracket including an L-shaped portion configured to connect with the elongate track, and the at least one quick release mechanism being connected to and / or integral with the mounting bracket.

24. The track system according to claim 16, further comprising: At least one mounting bracket, the mounting bracket including an L-shaped portion and being configured to be secured to the elongate track by a horizontally extending mounting slot formed in the elongate track.

25. A method of using the track system according to claim 16, the method comprising: Attaching the at least one mounting mechanism to the surface of the table or desk; And Attaching the elongate track to the respective mounting mechanisms such that the elongate track extends parallel to and at a certain height or distance above the surface of the table or desk.

Images