Motorola Corporation

Motorola Mobility LLC

Kevin D Page

Marc Rene Walliser

Paul M Pierce

Hartmut H Esslinger

Franco Lodato

Paul M Greco

Charles William Friedli

Michiel S Knoppert

Katherine A Overby

Howard Geoffrey Nuk

Ruben D Castano

Andreas R Haase

Chris Green

Michael John Slipy

Douglas Wayne Moskowitz

James L Tracy

Ban Hin Ooi

Randall P Chambers

Francis M Staszesky

Sean P Daw

Laurence Andrew Bay

Micheal M Austin

Benjamin J Hafen

Yiting Hu

Carles Puche

Henry E Mecredy, Iii

Stanley Hiroshi Wada

Craig A Bartling

Michael Bohan

John James Bernhard Whittaker

Jonathan Guerra

Neal C Foster

Adam R Aron

Mary T Vu

Nguyen T Vu

Kristopher W Hinz

John Youens

Communication device

An enclosure (), an electronic device () that includes the enclosure, and a method () for forming the enclosure. The enclosure can include a first enclosure portion () and a second enclosure portion (). The first enclosure portion can include a first wall (), which can include a first side () and at least a second side (). In one arrangement, an angle (&#x3b8;) between the first side and the second side is not greater than 70&#xb0;. The second enclosure portion can include a second wall (), which can include a third side () and at least a fourth side (). In one arrangement, an angle between the third side and the fourth side is not greater than 70&#xb0;.

Angled double-wall junction

Housing for a communication device

A housing assembly () and method () of assembly includes a housing () having one or more recessed areas () on at least a first side (). Also included is a floor member () having one or more protrusions () and is pivotably mounted to one or more recessed areas on the first side using the protrusions. A tubular member () is included for engaging the floor member on a second side () of the housing where the engagement prevents the floor member from pivoting. The method of assembly includes engaging and pivotably mounting () a first portion of a floor member to a first side of a housing and pivoting () the floor member to an assembled position. The method further includes engaging () a second portion of the floor member by slidably introducing a tubular member through the housing and adjacent to a blocking structure of the floor member, thereby substantially preventing further pivoting of the floor member.

Electronic housing assembly and method

Holster for a communication device

An electronic device (100) includes electrical circuitry (130), a housing (105) in which the electronic circuitry (130) is situated, a cover (110) for enclosing the electrical circuitry (130) within the housing (105), and a tamper proof safety circuit (120) coupled to the electrical circuitry (130) for rendering the electronic device (100) inoperable when the housing (105) and cover (110) are disassembled.

Tamper proof safety circuit

Housing for a two-way communication device

Multipocketed battery charger

Battery housing for a radio telephone

A battery packaging system (10) packages a battery cell or cells (26) in a housing member (12). A clip (14) is used to retain the battery cells in the housing member, and has cantilevered clip fingers (32) which engage openings (22) formed on the rim (20) of the housing member. The clip compressionally or resiliently engages the battery cells, so that they are tightly held in the housing, by retaining fingers (40) formed in the retaining surface (28) of the clip. A cap (16) may be attached to the clip, and provides a peripheral skirt (54) which covers the openings so that the clip is not removable.

Battery packaging system and clip for same

Housing for a battery charging device

Battery pack housing for a portable computing device

Growing community of inventors

West Palm Beach, FL, United States of America

Kevin D Page