Apple Inc.

Cisco Technology, Inc.

James K Levins

Steven B Chase

Otto N Williams

Shawn Emory Bender

Damon Covell Campbell

Kenneth S Mak

David Michael Sanguinet

Stephen Lee Ijams

Tim P Mccollum

Jaime R Bautista

Michael T Milo

Kenneth Douglas Wood

Elizabeth B Diaz

Christopher J Novak

Joseph P Watson

Bruno Richet

Paul R Summerson

William Alex Millie

Terence L Kwan

Video conference endpoint

Video conference panel

An appliance such as an all-in-one personal computer unit is mounted on a support assembly which provides for horizontal swiveling and vertical tilting of the computer unit. The support assembly includes three pieces, namely, base, swivel and tilt members mounted one upon the other and interconnected by snap-in connections. The center of gravity of the computer unit lies substantially on vertical and horizontal axes of rotation of the support structure.

Tilt/swivel support for personal computer monitor

An appliance such as a personal computer is assembled by attaching a monitor to a metal chassis in predetermined positional relationship thereto. Thereafter, an outer housing is installed around the chassis/monitor unit by mounting a front housing portion (bezel) to a rear housing portion. The attaching of the monitor to the chassis is achieved by the use of brackets mounted on respective flanges of the monitor. Each bracket includes a threaded hole aligned with a threaded hole of the chassis. A mounting screw extends through the flange and is threadedly secured in the threaded holes of the chassis and bracket to secure the monitor to the chassis while simultaneously fixing the positional relationship therebetween.

Monitor-chassis combination disposed in a housing and method and

An appliance such as a personal computer includes a chassis, a monitor mounted to the chassis, and an outer housing encompassing the chassis. The chassis comprises a base portion, and a frame portion removably mounted to the base portion. The monitor is mounted to the frame portion in precise locational relationship thereto to form a frame/monitor unit that can be dismounted or mounted relative to a chassis base portion. The base and frame portions include mutually engageable positioning projections for precisely locating the frame portion with respect to the base portion.

Precision-aligned monitor-frame unit in combination with chassis and

A personal computer includes an outer housing, including a front bezel to which frames a monitor screen of the computer. Speakers are mounted to the back of the bezel, and apertured speaker covers are disposed in front of the speakers. The speaker covers are of smaller size than the bezel, and are non-releasably mounted to the bezel by tamper-resistant snap-in couplings.

Speaker cover and snap-in coupling therefor

A personal computer includes an outer housing which includes a front bezel that frames a monitor screen. A microphone assembly is attached to the bezel by a friction-fit. The bezel includes a cylindrical projection forming a socket. The microphone assembly includes a circuit board to which is mounted a microphone-carrying resilient body. The body is attached to the circuit board by spring fingers and includes a groove for receiving the cylindrical projection of the bezel.

Microphone assembly mounted to a bezel which frames a monitor screen of

An appliance such as a personal computer includes an outer housing, including a front bezel which frames a monitor screen of the computer. The bezel carries speakers which are secured to the bezel by snap arms that are integrally molded with the bezel from a plastic material. The bezel also includes locator pins which engage locator holes of the speakers, and ribs which engage the speakers to resist speaker vibration.

Appliance housing and speakers mounted thereto

A light pipe for a personal computer transmits light from a lamp to an indicator window formed in the computer housing. The pipe is formed of a block of light-transmitting plastic material and includes a plurality of sections oriented perpendicular to one another. Light rays are reflected from each section to the next off an inclined light reflecting surface. One of the sections is of square cross section, and the next section is of non-square cross section. The light reflecting surface disposed at a junction between those two sections is of stepped configuration to form a series of sub-faces, each of which is inclined at a 45 degree angle relative to oncoming light rays for reflecting light across the entire cross section of the non-square section.

Light-transmitting pipe

Growing community of inventors

Santa Clara, CA, United States of America

James K Levins