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US 2021/0227970 A1Published application
Slider element for lifting columns
AssigneeLinak A/S
InventorMichael Lindekilde Randløv
Life of this patent
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AssigneeLinak A/S
InventorMichael Lindekilde Randløv
Estimating the term…
Slider element for lifting columns, preferably for height-adjustable tables, said lifting columns comprise at least two profiles 10,11 arranged telescopically relative to each other, where the slider element 1 has a first slider 2 and a second slider 3 between which there is a designated breaking line 4. The slider element is mounted with the second slider 3 on the outer side of the inner profile 10, and is subsequently guided into the hollow of the outer profile 11, by which the first slider 2 affixes itself to the inner side of the outer profile and when the two profiles are retracted further, the designated breaking line 4 between the first and the second slider 2,3 will break, by which they appear as two separate sliders mounted on a profile each. Thus, a simplified mounting of the sliders is achieved. In addition, it can be constructed such that the sliders are completely concealed within the lifting column.
A slider element for lifting columns which lifting column comprises a first profile (10) and a second profile (11) arranged telescopically relative to each other, and where at least one slider is arranged between the profiles, wherein the slider element (1) has a first slider (2) and a second slider (3) between which there is a designated breaking line (4).
A method for mounting a slider element comprising a first slider and a second slider between which there is a designated breaking line in a lifting column comprising a first, inner profile (10) and a second, outer profile (11) arranged telescopically relative to each other, wherein the slider element (1) is mounted on the outer side of the inner profile (10) by pressing the studs (9) of the second slider (3) into the through-going holes (12) on this profile, and that the inner profile (10) with mounted slider element (1) subsequently is led into the hollow of the outer profile (11), by which resilient elements (8) in the side of the first slider (2) snap into indentations (13) on the inner side of the outer profile (11), and when the two profiles (10,11) are retracted further, the designated breaking line (4) between the first and the second slider (2,3) will break, by which they appear as two separate sliders mounted on a profile each (10,11).
Dependencies are inferred from the claim text.