Abstract: A freestanding workstation includes a desk assembly and a supported hutch assembly, wherein the desk assembly includes a privacy screen that is telescopingly adjustable, thereby allowing adjustment of the overall length thereof and use within desk assemblies of varying lengths. The hutch assembly includes a drop-in tackboard extending along a rear wall thereof, and wire routing assemblies extending along support members for supporting a storage bin, and for housing communication and electrical lines associated with the workstation.

Abstract: An armrest structure includes a tubular support, and an armrest having a tubular end telescopingly engaging the tubular support. A support plate engages bottom walls of the tubular support and the tubular end in a laminar arrangement. A clamping bolt slides through a top hole and into aligned holes in the laminar arrangement, with its head abutting the aligned holes. A clamping handle on a bottom of the bolt is rotatable between a clamping position tensioning the bolt to secure the arrangement, and a release position de-tensioning the bolt. By this arrangement, remaining walls of the tubular support and the tubular end are not deformed even when the clamp is clampingly pressing the adjacent sidewall sections together. An adjustable back with actuator handles at a lower edge of the back, and a seat assembly with fingers that retain an upholstery cover tight against concave areas are also shown.

Abstract: An armrest structure includes a tubular support, and an armrest having a tubular end telescopingly engaging the tubular support. A support plate engages bottom walls of the tubular support and the tubular end in a laminar arrangement. A clamping bolt slides through a top hole and into aligned holes in the laminar arrangement, with its head abutting the aligned holes. A clamping handle on a bottom of the bolt is rotatable between a clamping position tensioning the bolt to secure the arrangement, and a release position de-tensioning the bolt. By this arrangement, remaining walls of the tubular support and the tubular end are not deformed even when the clamp is clampingly pressing the adjacent sidewall sections together. An adjustable back with actuator handles at a lower edge of the back, and a seat assembly with fingers that retain an upholstery cover tight against concave areas are also shown.

Abstract: An armrest structure includes a tubular support, and an armrest having a tubular end telescopingly engaging the tubular support. A support plate engages bottom walls of the tubular support and the tubular end in a laminar arrangement. A clamping bolt slides through a top hole and into aligned holes in the laminar arrangement, with its head abutting the aligned holes. A clamping handle on a bottom of the bolt is rotatable between a clamping position tensioning the bolt to secure the arrangement, and a release position de-tensioning the bolt. By this arrangement, remaining walls of the tubular support and the tubular end are not deformed even when the clamp is clampingly pressing the adjacent sidewall sections together. An adjustable back with actuator handles at a lower edge of the back, and a seat assembly with fingers that retain an upholstery cover tight against concave areas are also shown.

Abstract: A tasklight includes a first elongated cover portion defining a first elongated side edge. A second elongated cover portion is connected to the first cover portion, and defines therewith a housing having a lower side. The second elongated cover portion defines a second elongated side edge, and the second side edge is spaced-apart from the first side edge to define an open space between the first and second side edges that extends along a rear side of said housing. An elongated light source is positioned proximate the lower side of the housing. A reflective surface on the lower side of the housing has a shape configured to distribute light produced by the light source forwardly onto the worksurface. The reflective surface forms a passageway with the open space of the housing, and permits heat produced by the light source to escape through the open space of the housing by convection.

Abstract: A light fixture having a uplight shade with an elongate downlight aperture includes a removable baffle configured to cover the elongate downlight aperture to control the amount of downwardly directed light. The light fixture includes an elongate ballast/electronic housing having opposing ends, and elongate side panel having opposing ends, and a pair of end pieces supportingly engaging the opposing ends of the ballast/electronic housing and the opposing ends of the side panels. The housing and side panel are laterally spaced apart, and together with the end pieces define an elongate downlight aperture. The side panel is positioned and orientated with respect to a light source mounted between the end pieces to act as a shade which reflects light upwardly from the light fixture.