Desk treadmill assembly with chair platform

Abstract

Exercise treadmill chair platform that resides horizontally over a treadmill when it is not in use to stabilize an office chair while it resides beneath the desk. The platform has a top and bottom flat plate, aligned, square or rectangular shaped, and of a low profile, that slides over the treadmill to cover the belt when the treadmill is not in use, thus enabling the user to safely sit at the desk without having to store away the treadmill. The platform may further comprise a right and left side wall; and, four corner wheels to assist the user in moving the platform, and two bumpers to protect the wheels from entanglements. The top flat plate further comprises oval shaped grooves arranged in a circle, designed to house the wheels of a variety of types of swivel chairs in order to keep the chair from rolling off of the platform.

Claims

1. An exercise treadmill chair platform system comprising a. a platform for holding a swivel chair with wheels comprising i. a top plate having a top side and an underside; ii. a bottom plate having a top side and an underside, wherein said bottom plate is configured to span a traditional treadmill; iii. wherein said top side of said bottom plate is connected to said underside of said bottom plate; iv. wherein said platform has a forward facing side, a rear facing side, a right facing side, and a left facing side; v. one or more wheels attached to said underside of said bottom plate; vi. wherein said top side of said top plate comprises 1. a circular groove disposed in a center point of said top side; 2. a plurality of oval shaped grooves disposed radially around said circular groove, wherein said oval shaped groves are configured to hold the wheels of the chair, wherein each of said oval shaped grooves has a first end and a second end, wherein said first end of each of said oval shaped grooves is disposed towards said circular groove and said second end of each of said oval shaped grooves is disposed toward an outer edge of said platform; 3. wherein said circular groove extends through at least a portion of a depth of said top plate; and 4. wherein each of said plurality of oval shaped grooves extend through at least a portion of a depth of said top plate.

2. The platform system as in claim 1 wherein said circular groove extends through the entire depth of said top plate and wherein each of said oval shaped grooves extend through the entire depth of said top plate.

3. The platform system as in claim 1 wherein said one or more wheels further comprise four wheels; a. wherein each of said four wheels are attached in a fixed orientation on said bottom side of said bottom plate; and b. wherein an axis of each wheel is disposed substantially perpendicular to said front facing side and said rear facing side.

4. The platform system as in claim 1 a. wherein said top plate further comprises a right side wall disposed on said right facing side and a left side wall disposed on said left facing side; and b. wherein said bottom plate further comprises a right side wall disposed on said right facing side and a left side wall disposed on said left facing side.

5. The platform system as in claim 1 further comprising a. an elongated rectangular left bumper disposed on an inner side of wheels disposed on said left facing side, wherein said elongated rectangular left bumper has a first end disposed on said forward facing side and a second end disposed on said rear facing side; and b. an elongated rectangular right bumper disposed on an inner side of wheels disposed on said right facing side, wherein said elongated rectangular right bumper has a first end disposed on said forward facing side and a second end disposed on said rear facing side.

6. The platform system as in claim 5 a. wherein said first end of said elongated rectangular left bumper is curved from said inner side of said wheels to an outer edge of said left side wall; b. wherein said second end of said elongated rectangular left bumper is curved from said inner side of said wheels to an outer edge of said left side wall; c. wherein said first end of said elongated rectangular right bumper is curved from said inner side of said wheels to an outer edge of said right side wall; and d. wherein said second end of said elongated rectangular right bumper is curved from said inner side of said wheels to an outer edge of said right side wall.

7. The platform system as in claim 1 wherein said plurality of oval shaped grooves further comprise four grooves spaced equidistantly around said circular groove.

8. The platform system as in claim 1 wherein said plurality of oval shaped grooves further comprise five grooves spaced equidistantly around said circular groove.

9. The platform system as in claim 1 wherein said plurality of oval shaped grooves further comprise six grooves spaced equidistantly around said circular groove.

10. The platform system as in claim 1 further comprising a. a chair disposed on said top side of said top plate, wherein said chair further comprises a plurality of wheels, wherein said plurality of wheels of said chair are respectively disposed within an oval shaped groove on said top side of said top plate of said platform; b. a treadmill disposed under said bottom side of said bottom plate; and c. a desk disposed on a forward facing side of said platform.

11. The platform system as in claim 4 further comprising a. an elongated rectangular left bumper disposed on an inner side of wheels disposed on said left facing side, wherein said elongated rectangular left bumper has a first end disposed on said forward facing side and a second end disposed on said rear facing side; and b. an elongated rectangular right bumper disposed on an inner side of wheels disposed on said right facing side, wherein said elongated rectangular right bumper has a first end disposed on said forward facing side and a second end disposed on said rear facing side.

12. The platform system as in claim 11 a. wherein said first end of said elongated rectangular left bumper is curved from said inner side of said wheels to an outer edge of said left side wall; b. wherein said second end of said elongated rectangular left bumper is curved from said inner side of said wheels to an outer edge of said left side wall; c. wherein said first end of said elongated rectangular right bumper is curved from said inner side of said wheels to an outer edge of said right side wall; and d. wherein said second end of said elongated rectangular right bumper is curved from said inner side of said wheels to an outer edge of said right side wall.

13. The platform system as in claim 12 wherein said one or more wheels further comprise four wheels; a. wherein each of said four wheels are attached in a fixed orientation on said bottom side of said bottom plate; and b. wherein an axis of each wheel is disposed substantially perpendicular to said front facing side and said rear facing side.

14. The platform system as in claim 13 wherein said circular groove extends through the entire depth of said top plate and wherein each of said oval shaped grooves extend through the entire depth of said top plate.

15. The platform system as in claim 14 wherein said plurality of oval shaped grooves further comprise four grooves spaced equidistantly around said circular groove.

16. The platform system as in claim 14 wherein said plurality of oval shaped grooves further comprise five grooves spaced equidistantly around said circular groove.

17. The platform system as in claim 14 wherein said plurality of oval shaped grooves further comprise six grooves spaced equidistantly around said circular groove.

18. The platform system as in claim 11 further comprising a. a chair disposed on said top side of said top plate, wherein said chair further comprises a plurality of wheels, wherein said plurality of wheels of said chair are respectively disposed within an oval shaped groove on said top side of said top plate of said platform; b. a treadmill disposed under said bottom side of said bottom plate; and c. a desk disposed on a forward facing side of said platform.

19. The platform system as in claim 14 further comprising a. a chair disposed on said top side of said top plate, wherein said chair further comprises a plurality of wheels, wherein said plurality of wheels of said chair are respectively disposed within an oval shaped groove on said top side of said top plate of said platform; b. a treadmill disposed under said bottom side of said bottom plate; and c. a desk disposed on a forward facing side of said platform.

20. The platform system as in claim 16 further comprising a. a chair disposed on said top side of said top plate, wherein said chair further comprises a plurality of wheels, wherein said plurality of wheels of said chair are respectively disposed within an oval shaped groove on said top side of said top plate of said platform; b. a treadmill disposed under said bottom side of said bottom plate; and c. a desk disposed on a forward facing side of said platform.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) The above and other features, aspects, and advantages of the present disclosure will become better understood with regard to the following description, appended claims, and accompanying drawings where:

(2) FIGS. 1-5 illustrate one embodiment of the platform for use with a chair comprising five wheels;

(3) FIG. 1 illustrates one embodiment of the desk treadmill assembly comprising a height adjustable desk, an exercise treadmill beneath the desk, a five wheeled swivel office chair, and a platform atop the treadmill supporting the chair and locking it in position so that it may not roll off the platform;

(4) FIG. 2 illustrates a top perspective view of one embodiment of the chair platform for use with a five wheeled, swivel office chair, comprising five oval grooves for the wheels and one center circular groove for the center axel;

(5) FIG. 3 illustrates a bottom perspective view of one embodiment of the chair platform;

(6) FIG. 4A illustrates an exploded top perspective view of the chair platform of FIGS. 2 and 3 showing the three main components of one embodiment of the chair platform: a top plate with two opposing side walls and wheel grooves; a bottom plate with two opposing side walls of substantially the same dimensions as the top plate; and, four wheels with a means of attachment to the corners of the bottom plate underside;

(7) FIG. 4B illustrates an exploded bottom perspective view of the chair platform components in FIGS. 2 and 3; and,

(8) FIG. 5 illustrates a bottom perspective view of the chair platform with two bumper members covering the platform wheels.

DETAILED DESCRIPTION OF EXEMPLARY EMBODIMENTS

(9) The following description should not be used to limit the scope of the present disclosure. Other examples, features, aspects, embodiments, and advantages of the disclosure will become apparent to those skilled in the art from the following description, which includes by way of illustration, multiple various example embodiments. As will be realized, the disclosure is capable of other different and obvious aspects, all without departing from the inventive subject matter. Accordingly, the drawings and descriptions should be regarded as illustrative in nature and not restrictive. It should therefore be understood that the inventors contemplate a variety of embodiments that are not explicitly disclosed herein.

(10) Desk Treadmill Assembly

(11) Height Adjustable Desk: FIG. 1 is an illustration of one embodiment of the desk treadmill assembly 100 comprising the chair platform 130 alone and/or with one or more of the components of: an office desk 110; and/or an exercise treadmill 120; and/or an office chair 140. In the exemplified embodiment, the desk 110 is a height adjustable using the movable legs 150. Height adjustable desks are well known in the art. In one embodiment, the height adjustable desk 110 may comprise a NextDesk height adjustable desk with dual 18-volt direct current motors housed within the desk legs 150 to raise and lower the desktop of desk 110 via a user switch 160 mounted on the desktop surface. In an embodiment, the treadmill controls are co-located with the switch 160.

(12) Fixed Height Desk: Alternatively, the desk treadmill assembly 100 may also be used with an office desk that is fixed in height at a level sufficient to allow the user easy access to the desktop surface when the chair platform 130 is in place atop the treadmill 120. This desk height would accommodate the height of the treadmill 120 and the platform 130 (e.g. about 5-8 inches), and thus a fixed height desk 110 for use with the assembly 100 may have a desktop that is slightly higher than a standard office desk.

(13) A fixed height desk 110 may further comprise a means to elevate a computer system monitor and keyboard residing on the desktop surface, such as a computer monitor and keyboard that is height adjustable but that does not require lifting the entire desktop as per a height adjustable desk. Therefore, with a fixed height desk 110 and a height adjustable computer monitor and keyboard, a user can still work while walking on the treadmill. Then when the treadmill is not in operation, the user lowers the computer monitor and keyboard, and slides the chair platform 130 back over the treadmill 120 to sit and work at the desk.

(14) Exercise Treadmill

(15) Exercise treadmills appropriate for use in the various embodiments of the present disclosure are well known in the art, and general comprise external components of a rectangular frame with a rotating belt that is motorized or otherwise electrically powered. In one embodiment, the treadmill 120 is designed for the user to walk at a pace of about 0.4 to 4 miles per hour for long periods of time (e.g. over an hour) without the treadmill motor overheating.

(16) The treadmills for use in the desk assembly 100 may further lack a front assembly with operational controls, and/or safety side rails that are normally associated with an exercise treadmill. In lieu of the front assembly, the operational controls for the treadmill (e.g. power on/off, speed, incline, etc.) may be incorporated with the desk height adjustable controls 160 on or near the desktop, or otherwise mounted within easy reach of the user when the treadmill 120 is in operation; and/or the controls may be located on the side or back of the treadmill frame; and/or the treadmill may be operated with a remote control device.

(17) Chair Platform

(18) As illustrated in FIGS. 2-5, the various embodiments of the present disclosure further comprise chair platforms 130 that may be used with a wide variety of types of office chairs and exercise treadmills.

(19) In one or more embodiments, the chair platform 130 comprises a top flat surface or plate 200 with two opposing side walls 210 (see FIG. 2right and left side), and a bottom plate 300 with two opposing side walls 310 (see FIG. 3). The two opposing side walls 210, 310 are also perpendicular to the top and bottom flat plates, and extending vertically downward from the plates' opposing side edges (200L) to the floor. In alternative embodiments, the platform 130 may comprise no side walls, or have side walls on either the top plate 200 or bottom plate 300, but not both plates.

(20) The top flat plate 200 and the bottom plate 300 are of a square or rectangular shape. The plates are also of sufficient width 200W to fit over the entire width of a standard exercise treadmill (side-to-side) so that the platform inside surface (i.e. underside of the bottom plate 300 and the inner side of the opposing side walls 210), and the platform wheels 220, reside near but not touching the outer side surface of the treadmill frame. The platform 130 is also of sufficient height 200H to easily slide over the top of a standard exercise treadmilli.e. the height of the platform 130 slightly exceeds the height of the treadmill. The top flat plate 200 and bottom plate 300 are also of sufficient width 200W and length 200L to fit the legs of a standard office chair without the leg ends (e.g. chair wheels) residing too near the edge of the platform 130 for safety reasons.

(21) In one embodiment illustrated in FIG. 2, by way of a non-limiting example, the side walls 210, 310 are about 7.5 inches in height (200H); and the top plate 200 and the bottom plate 300 are about 32 inches in length (200L measured front to back) and about 39 inches in width (200W measured side-to-side).

(22) The top flat plate 200 and/or the opposing side walls 210 may also be made of a material that enhances the aesthetic appearance of the platform 130, such as a material that matches the material of the desktop. In one embodiment, the material of the platform top surface 200 is made from a bamboo, or a bamboo blend, or a composite thereof.

(23) As illustrated in FIGS. 3-5, the top flat plate 200 covers a bottom plate 300 of about the same dimensions (e.g. width, length, and height) as the top flat plate 200. In alternative embodiments, the bottom plate 300 may lack side walls 310 or be slightly smaller in dimensions than the top plate 200. The bottom plate may also comprise material to support the weight of the chair 140 and the user, such as a metal steel plate. In another embodiment, the platform may comprise one plate combining the features of the top and bottom plate on its upper and under surface.

(24) The top flat plate 200 and the bottom flat plate 300 are both rectangular or square shaped and further comprise: four aligned corners, an upper side, an underside, and two vertical opposing sides align-able with an exercise treadmill outer frame's right and left sides. The top flat plate 200 also rests directly upon the bottom flat plate 300 so that the underside of the top plate 200 is indirect contact with the bottom plate upper side.

(25) The platform 130 further comprises a plurality of fixation mechanisms 320 for affixing the bottom plate 300 to the underside of the top plate 200. Fixation means are well known in the art, such as screws, bolts, industrial glue, etc. By way of a non-limiting examples, fixation mechanisms 320 may comprise a hollow, cylindrical wood tapping insert about 0.70-1.0 inches long fitted with a hex button head screw 0.70-1.0 inches long.

(26) In the exemplified embodiment, the chair platform further comprises a mechanism to easily move the platform 130 on and off of the treadmill 120, such as via platform wheels 220, comprising one wheel on or near each of the four corners of a square or rectangular shaped platform. The wheels assist the user in rolling the platform over the treadmill, but other mechanisms of assisting the user to move the platform are well known in the art. For example, the opposing side walls 210 or upper side of the top plate 200 may comprise handles on the exterior surface for the user to grasp, move and lift the platform 130.

(27) And the embodiment illustrated in FIGS. 4A and 4B, chair platform 130 comprises wheels 220 that are affixed to the bottom plate 300 via the fixation means 400 or other similar mechanisms known in the art. Fixation means 400, such as the exemplified small rectangular top plates with fixation pins, must be able to support the weight of the platform's bottom plate 300 and the top plate 200, as well as the weight of the user and the chair 140.

(28) Platform Grooves

(29) A wide variety of office desk chairs 140 are suitable for use with the present disclosure, including those with wheels and those without wheels. In an embodiment illustrated in FIGS. 2 and 4A, platform 130 may comprise grooves 230 or indentations in the top flat plate 200 of the platform that are shaped to fit the wheels of a variety of types of standard swivel office chairs. And, the office chair is a swivel chair with wheels, such as four or five or six wheels connected to four or five or six arms, respectively, and radially and horizontally projecting out from a central vertical axle beneath the chair. The grooves 230 are of sufficient width and length to house the chair wheels and prevent them from sliding or rolling out of the grooves, such as when the platform is moved, or the user shifts. The platform 130 may further comprise a groove 240 to snuggly fit the chair central vertical axle. By way of a non-limiting example, the grooves 230 may be oval shaped and about 5-8 inches in length (e.g. 6 inches) and 2-3 inches in width (e.g. 2.5 inches), about 1.5 inches deep, and they may or may not extend through the thickness of the top plate 200; and, the center groove 240 is cylindrical and about 2.5-3.5 inches in diameter (e.g. 3 inches) and about 1.5 inches deep. As a result of the use of the grooves 230, 240, wheeled office chairs may be safely used with the various embodiments of the present disclosure without concern for the chairs rolling off of the platform and injuring the user.

(30) In alternative embodiments, non-wheeled or wheel-less chairs may be used that comprise, for example, two-legged chairs with substantially vertical rectangular leg members running the length of the chair (front-to-back, or side-to-side); and/or, the chair may be four-legged with four vertically mounted members with square or circular feet. In the various embodiments, the chair 140 may reside safely on the platform 130 without the user being concerned that the chair will slide off of the platform. Therefore, a platform intended solely for use with wheel-less office chairs does not necessarily require grooves carved into the platform top plate 200 to prevent the chair from rolling off of the platform. In lieu of the grooves, the platform 200 may have low ledges (e.g. about 1 to 2 inches in height) running around the perimeter of the platform top surface that stop the wheel-less chair from sliding off of the platform 200.

(31) Platform Bumper

(32) As illustrated in FIG. 5, the chair platform 130 may further comprise two bumper members 500 to cover the platform wheels 220 to protect against an object getting caught within the wheels. As illustrated in FIG. 4A, both side walls 310 comprise a front and back vertical edge (312, 314) on the opposing side walls 310. A corner, or junction, is created where an opposing side wall vertical edge 312, 314 is joined to the horizontal top 200 and/or bottom plate 300. A front and a back wheel 220 are in close proximity to the 312, 314 edge, wherein each wheel comprises an inner side (away from the side wall 310) and an outer side (near the side wall 310). A bumper member 500 on each side of the platform (i.e. two total per platform) may be attached to the platform 130 extending from or near to the opposing side wall front edge 312 to the back edge 314 and around the inner side of the front and back wheel.

(33) By way of a non-limiting example illustrated in FIG. 5, each bumper member 500 may comprise a substantially rectangular straight bar with curved ends that attach to the front and back edges 312, 314 of the side walls 310 of the platform 130.

(34) And in another embodiment, the bottom plate does not comprise opposing side walls 310, and the bumper members 500 are instead attached to the top plate opposing side walls 210 inner surface.

(35) Although the present disclosure has been fully described by way of example with reference to the accompanied figures-drawings, it is to be understood that various changes and modifications will be apparent to those of ordinary skill in the art. Therefore, unless such changes and modifications depart from the scope of the present disclosure, then they should be construed as being included within the various embodiments.