Hospira, Inc.

Flsmidth A/s

Icu Medical Inc.

Glenn Davis

Mihaela Cozmi

Angela Marino

Marwan A Fathallah

Suzanne Willey

Bernardino Rubalcaba, Jr

Raymond P Silkaitis

John Erik Michael Palmroos

Katalin M Schroeder

John Arrizza

Angela M LeCaptain

James R Shults

Yu Xin

Wen Feng

Angela Lecaptain

Joh Erik Palmroos

Wen X Feng

H Clay Teel, Iv

Clay H Teel

Bernardino Rubalcaba

Lynette L Campbell

Benjamin J Boyce

Nicholas R Tebbe

David Ellsworth Cassidy

Patrick B Keely

Geoffrey N Holland

Kevin Owen Roughton

Martin A McNeela

Jacob M Culley

John W Huang

Thomas Steele

Paul Scott Emerson

Thomas W Steele

Heather J Barnes

Kristine T Delano

Amy B Magurno

Eric R Wald

Corinna S Paine Proctor

Kevin Barkan

James Bradley DuBois

Paul Emerson

A method and system is disclosed for operating a medical device with or without a cassette in place. A method is disclosed for adding additional VTBI to an ongoing infusion without stopping the infusion and with maintaining the infusion parameters. A method and system is disclosed for changing the CCA without having to interrupt or completely stop an ongoing infusion. Quick titration buttons are provided to allow improved navigation between various delivery display screens.

User interface improvements for medical devices

A method and apparatus provides for configuring the backlight brightness level. The backlight brightness level can be configured at the drug library and/or at the medical device, thereby improving the flexibility a user has in changing backlight parameters. A method and apparatus for managing a power saving mode allows the user to configure the power saving program at the drug library and/or at the medical device.

Infusion pump with configurable screen settings

A crawler track chassis is motivated by the reciprocating movement of hydraulic cylinder's piston rod.

Drive device for crawler track vehicle

A system and method for material handling includes a first portable conveyor for feeding material to a mobile bridge conveyor for the material to be stacked via a stacker until a discharge end of the mobile bridge conveyor is at or within a predetermined distance of a discharge end of the first portable conveyor. The first portable conveyor moves away from the mobile bridge conveyor after the discharge end of mobile bridge conveyor is at or within the predetermined distance of the discharge end of the first portable conveyor. A second portable conveyor that feeds material to the first portable conveyor rotates such that a discharge end of the second portable conveyor is moved towards the mobile bridge conveyor until reaching a feeding position for feeding material to the mobile bridge.

Continuous operation portable material handling system

A mobile crushing station for receiving and comminuting excavated material from earth moving vehicles provides at least one moveable skip connected to a chassis or frame for receiving material from vehicles, such as rear unloading vehicles like dump trucks. The skips are configured to move to dump material fed into the skips into a feed hopper. The feed hopper is positioned to guide material onto a feed conveyor, such as an inclined apron conveyor. The feed conveyor is configured to transport material to a feed orifice of a crushing device, such as a sizer, a crusher, or a crushing circuit. The crushing device is configured to crush material fed into the crushing device. The crushing device also has a discharge orifice that is positioned above a portion of a discharge conveyor. The mobile crushing station is moveable so it may be repositioned closer to an excavation site as excavation activities progress.

Mobile crushing station

A mobile sizing station includes a crushing device and a hopper device. A conveyor device extends between a hopper of the hopper device to a crusher mechanism of the crushing device to transport material fed to the hopper to the crusher mechanism to crush the material. The hopper of the hopper device is supported on a base that has a plurality of frame members. A first frame member is pivotally connected to a second frame member and is also rotatably supported such that the first frame member is rotatable. The second frame member is pivotally connected to a third frame member and the third frame member is connected to the hopper. The hopper is thereby rotatable and is tiltable about the pivotal connections between the second and third frame members and is also tiltable about the pivotal connection between the first and second frame members.

Mobile sizing station

A mobile stacking and reclaiming apparatus includes a moveable bridge, a moveable hopper and a moveable tripper. The moveable bridge has a first end, a second end, and at least one intermediate portion between the first and second ends. The moveable hopper is connected to the moveable bridge. The moveable hopper is moveable relative to the moveable bridge along at least a portion of the moveable bridge. The moveable tripper is also connected to the moveable bridge. The moveable tripper being moveable relative to the moveable bridge along at least a portion of the moveable bridge. A system is also disclosed that includes at least one mobile stacking and reclaiming apparatus adjacent to at least one stacking overland conveyor configured to convey material for stacking material and at least one reclaiming overland conveyor configured to convey material for reclaiming material. A method of providing such systems is also disclosed.

Apparatus for stacking and reclaiming material

An overburden removal system receives, comminutes and transports excavated material. Two laterally spaced apart pivotal crawler track assemblies () () and rearwardly spaced crawler track assembly () provide for advancement using serpentine turns. Two opposing feed assemblies () () each have a feed hopper () () and an elongately movable feed conveyor () () for feeding a medial rock crusher () carrying two parallel oppositely rotatable rock crushing drums (). Discharge conveyor () carries comminuted material from rock crusher () to telescoping conveyor () pivotally attached to rearward edge () of mobile sizer () for transfer to a mobile hopper () supported by bridge conveyor () operatively communicating with a movable conveyor (). Automated control system () using GPS technology controls movement of mobile sizer (), telescoping conveyor () and bridge conveyor () to maintain a continuously operative interconnection therebetween while moving and while stationary for continuous operation.

Overburden removal system with triple track mobile sizer

Growing community of inventors

Grayslake, IL, United States of America

Glenn Davis