Idsc Holdings, LLC

Snap-on Inc.

David F Skladanowski

David Paul Shock

Jeffrey M Bidigare

Todd W Crowley

Christian P Greene

Dan O Morris

Sunil Reddy

Michael D LaFerle

James G Sarnacke

Dennis Essenmacher

Paul Garibay

Venkateshwar Sinha

Matt Logsdon

Michael D Laferle

A cleaning tool for an aftertreatment device including a vacuum attachment port having an exterior end and an interior end, a vacuum extension extending from the interior end of the vacuum attachment port, wherein the vacuum extension has a concave inner surface adapted to engage an end of the aftertreatment device, wherein the concave inner surface of the vacuum extension is adapted to secure the cleaning tool to the end of the aftertreatment device when a vacuum is applied from the exterior end of the vacuum attachment port by having the concave inner surface provide a vacuum sealing engagement with the end of the aftertreatment device when the vacuum is applied from the exterior end of the vacuum attachment port.

Cleaning tool for vehicle exhaust aftertreatment device and method of using same

Vehicle exhaust aftertreatment device cleaning tool

A diagnostic tool for a vehicle configured to automatically identify different communication protocols used by Electronic Control Units (ECUs) on-board the vehicle. The diagnostic tool includes a connector connectable to a data port of the vehicle; a data processor and a data storage device configured to store a list of different communication protocols. The data processor automatically initiates communications with the ECUs on-board the vehicle using a first communication protocol and if the data processor receives a response comporting to the first communication protocol, the data processor determines that at least one ECU on-board the vehicle is using the first communication protocol. Additionally, the data processor automatically initiates communications with the ECUs on-board the vehicle using a second communication protocol and if the data processor receives a response comporting to the second communication protocol, the data processor determines that at least one ECU on-board the vehicle is using the second communication protocol.

Vehicle diagnostic tool with copy protection and automatic identification of vehicle ECUs and fault display

Stationary power equipment including a sensing device configured to collect data associated with an operation of the equipment, and a data storage device configured for storing the collected data. Information derived from the collected data may be transmitted to a remote system via a data transmission network, or be downloaded to a data storage medium or a diagnostic device. An operation condition of the stationary power equipment is determined based on the information. Responsive to the operation condition, the power equipment receives data that is selected based on the operation condition, and modifies an operation of the power equipment based on the received data.

Intelligent stationary power equipment and diagnostics

Growing community of inventors

Warren, MI, United States of America

David F Skladanowski