Motorola Corporation

Gustavo G Suarez

Carlos S Baradello

Charles A Hahs, Jr

Len Debarros

Salvador Sibecas

Stefan Peana

Daniel R Troutman

Evencio Fernandez

A method for communication within a vehicle dispatch system ( ) wherein a wireless communication device ( ) co-located with a vehicle ( ) receives a location parameter ( ) in an assignment message ( ), compares the location parameter ( ) to the current location ( ) of the vehicle ( ) and processes the assignment message ( ) when the location parameter ( ) corresponds to the current location ( ). The wireless communication device ( ) includes a receiver ( ), a memory ( ), an assignment manager ( ), and a processor ( ).

Method and apparatus for communication within a vehicle dispatch system

A vehicle locating system (,) includes a beacon (,) carried by a vehicle, a tracking control station (,) for generating a beacon activation signal (,) which enables the beacon (,) to broadcast a vehicle identification signal (,), and one or more mobile communication devices (,) which include a first receiver (,) utilized to receive a location signal (,) identifying a geographic location of a mobile communication device, and a transceiver (,) utilized to provide communication between said mobile communication device and a communication system controller. The one or more mobile communication devices (,) further include a second receiver (,) utilized to receive the vehicle identification signal (,) broadcast by the beacon (,), and a vehicle tracking controller (,), responsive to the vehicle identification signal (,) which is received, for controlling a transmission of the vehicle identification signal (,) and the location signal (,).

Vehicle locating system utilizing global positioning

A method for communication between a dispatch center (,) and a plurality of wireless communication devices (,) within a vehicle dispatch system (,). The method includes receiving a request for dispatch (,) including an assignment location (,). An assignment message (,) including a first criteria paremeter (,) and a location parameter (,) is sent to the plurality of wireless communication devices (,). Each wireless communication device (,) receives the assignment message (,) including the first criteria parameter (,) and the location parameter (,), compares the location parameter (,) with a current location (,) using the first criteria parameter (,), transmit a reply (,) to the dispatch center (,) in response to the detection of an affirmative match.

An apparatus (100) comprises a first electronic device (105, 110), a second electronic device (120, 125), and a shock isolation system (145, 305). The shock isolation system (145, 305) comprises a shock isolator (145) positioned between the first electronic device (105, 110) and the second electronic device (120, 125) for absorbing mechanical shocks, wherein the shock isolator (145) has at least one aperture (310) formed therein. The shock isolation system (145, 305) further comprises at least one electrical interconnect (305) disposed within the at least one aperture (305) and extending therefrom for electrically coupling the first electronic device (105, 110) to the second electronic device (120, 125).

Shock isolation system having integral electrical interconnects

An apparatus is adapted for attaching to an article, wherein the apparatus comprises a housing (500) having a molded locking feature (510) substantially adjacent to a guide (550). A clip is mounted on the main housing (500), wherein the clip (508) further comprises a pin (506) having first and second ends, and a holder (860) adapted for mounting on the housing (500) via the guide (550), and having first and second shoulders (542, 540), each shoulder having a boss for receiving the pin therethrough. A member (508) has a third shoulder (532) having a boss for receiving the pin therethrough and has a fourth shoulder (530) having a sealed boss for receiving the pin thereat. The third shoulder (532) is substantially aligned and adjacent to the first shoulder (542) and the fourth shoulder (530) is substantially aligned and adjacent to the second shoulder (540) such that the first end of the pin is inserted through the boss of the first, second, and third shoulders and partially into the sealed boss of the fourth shoulder thus holding the member (508) and the holder (860) together. The clip attaches to the housing (500) at the guide (550) such that the second end of the pin pushes against an inside surface of the molded locking feature (510) wherein the pin is held in position between an inside surface of the sealed boss and the inside surface of the molded locking feature (550).

Molded-in locking pin for belt clip and lanyard

A method for assembling an antenna/receiver combination (305) comprises the step of forming a receiver (210) and an antenna (205) into printed circuit board material, wherein the antenna (205) is adjacent to and aligned with the receiver (210). Thereafter, the antenna (205) is electrically coupled to the receiver (210) while aligned therewith. A further step includes separating the antenna (205) and the receiver (210) from the printed circuit board material.

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Boca Raton, FL, United States of America

Gustavo G Suarez