Patent No. US11160367 (titled "Desktop Workspace That Adjusts Vertically") was filed by Office Kick Inc on Dec 10, 2020.
’367 is related to the field of adjustable height desk platforms designed to sit on top of existing desks. The background acknowledges the health benefits of alternating between sitting and standing during work, and notes that while adjustable desks exist, they often require replacing an entire existing desk, which can be impractical. This invention aims to provide a more convenient and affordable solution by offering an adjustable platform that can be placed on an existing desk.
The underlying idea behind ’367 is to create a compact and easily adjustable desktop platform that raises and lowers vertically using a scissor mechanism powered by a gas spring. This allows users to convert their existing desks into standing desks without needing to replace the entire piece of furniture. The design prioritizes a straight vertical motion, preventing the work surface from protruding outwards as it's raised, and includes a keyboard platform that moves with the work surface.
The claims of ’367 focus on a desktop workspace that adjusts vertically, comprising a work surface platform, a keyboard platform, a base, and a height adjustment mechanism. The height adjustment mechanism includes a set of pivot arms connected at a scissoring pivot point, a base pivot point, a platform pivot point, a sliding mechanism, and a gas spring to assist in elevation. The claims vary based on the attachment point of the gas spring: fixed to the work surface platform, attached directly to one of the pivot arms, or attached to the scissoring pivot point.
In practice, the device sits on an existing desk and uses the scissor mechanism to raise the work surface platform. The gas spring provides the necessary force to counteract the weight of the platform and any items placed on it, making it easier to adjust the height. The sliding mechanisms allow the arms of the scissor mechanism to move smoothly as the platform is raised and lowered, while the pivot points provide stable connections between the arms, the base, and the platform.
The design differentiates itself from prior solutions by providing a compact design when lowered, a straight vertical motion during adjustment, and a keyboard platform that moves with the work surface. The use of a gas spring allows for smooth and continuous height adjustment, unlike some prior designs that only offer preset height options. The compact scissor mechanism ensures that the device takes up minimal space when not in use, and the straight vertical motion ensures that the user doesn't need to reposition themselves as the desk is raised or lowered.
In the mid-2010s when ’367 was filed, work surfaces were typically stationary, and when adjustable height desks were available, they commonly relied on manual or preset height adjustments rather than motorized or continuously variable systems. At a time when hardware or software constraints made achieving straight vertical motion in adjustable platforms non-trivial, designs often resulted in the work surface protruding towards the user during elevation.
The application was subject to a final rejection. Claims were rejected under 35 U.S.C. 103 as being unpatentable over prior art. Arguments were presented by the applicant but were not persuasive to the examiner. The prosecution record does not describe the technical reasoning or specific claim changes that led to allowance.
This patent contains 19 claims, with independent claims numbered 1, 10, 11, 12, 18, and 19. The independent claims generally focus on a vertically adjustable desktop workspace comprising a work surface platform, a keyboard platform, and a height adjustment mechanism with pivot arms and a gas spring. The dependent claims generally add further details and features to the elements described in the independent claims.
Definitions of key terms used in the patent claims.
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