Steelcase Inc.

Daniel N Siegrist

Samuel J Ellison

Thomas G Feldpausch

Frederick S Faiks

David M DeBoer

Phillip D Carino

A lock system for casegoods, such as desks, cabinets, storage units, wardrobes and the like, includes an elongated, flexible tape or lock member having a plurality of spaced lock studs positioned thereon. A lock actuator moves the tape between unlocked and locked positions. Catches are mounted on the drawers, doors and the like of the article. When the flexible tape is moved to the locked position, the lock studs block or prevent opening movement of the drawers or doors due to contact with the catches. The flexible tape is routed through channels or other mounting structure formed in panels and tops of the article of furniture. An interlock mechanism, which may be integrated with the lock member, includes a lock lever, a cable attached to the lock lever and a plurality of interlock cams. Control members on the drawers rotate the cams to take up the cable causing the interlock lever to pivot and engage the lock member, thereby moving the lock member to a locked position. The interlock mechanism may include a plurality of force generating members which act upon the lock member upon the opening of a drawer. The force generated by each of the members is insufficient in and of itself to move the tape to the locked position. The force generated by two of the members is, however, sufficient to move the tape to a locked position, thereby preventing opening of a second drawer.

Lock system for casegoods

An insert is provided for selectively filling a utility access opening in furniture where the access opening is formed in a panel in the furniture, but where the panel has a thickness that may be one of two different dimensions. The insert includes a sleeve having a stop for engaging a first surface on the panel, short retainers configured to frictionally engage an opposing surface in opposition to the stop when the panel defines a first relatively thin dimension, and long retainers configured to frictionally engage the opposing surface in opposition to the stop when the panel defines a second relatively thick dimension. A port mateably frictionally engages the insert to close the sleeve. The port is frictionally held in the sleeve by detents, and engages the retainers to hold them securely in engagement with the panel. The short retainers can be broken off so that they do not interfere with positioning the port into the sleeve when the sleeve is engaged with a relatively thick panel. A method includes breaking off the short retainers and engaging the insert with the relatively thick panel, and thereafter inserting the port into the sleeve.

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Kentwood, MI, United States of America

Daniel N Siegrist