Other

The Dow Chemical Company

Imation Corporation

Minnesota Mining and Manufacturing Company

Dropbox, Inc.

Evenheat Kiln, Inc.

Lockheed Martin Corporation

Mattel, Inc.

Philip Morris Inc.

Sun Chemical Corporation

Mpi Corporation

Merichem Company

Physics International Company

Micronyx, Inc.

Astee, Inc.

John D Watson

Bruce W Carlson

James E Zenk

Arthur V Lang

William C Bauman

Truman Frank Kellie

Thomas M Milbourn

Brian P Teschendorf

Edward J Moe

Steven C Jensen

W Blake Kolb

Alberto Goenaga

Donald H Larson

Donald J Goetzke

Randy A Bierwerth

Joseph T Brophy

David Mah

Scott MacFiggen

Brett Ryan Johnson

John M Lee

Claire A Jalbert

Brian Paul Channell

Stephen P Gill

Henry C Gydesen

Kris Robertson

George E Goode

Charles S Godfrey

Albert Covington

Jill E Barad

Maura Mostowy-Gallagher

Jeffrey R Rush

Keith O Brink

William G Bloom

Jean Chu

Joe Scully

Darian Pasterski

Greg Vineyard

Michael Jay

Jeanette Corcuera

Ronald P Uhlig

Rodney W Guenther

Sharon S Ross

John C Watson

Gerald K Watson

Diane C Watson, Legal Representative

Billie B Rhodes

Bruce A Woodall

Eugene W Pond

Michael D Kelly

Li Tak Chee

Rodney Lewis

Walter M Goode

Charles Simpson

Simon Cheung Shu Keun

Nancie Martin

Roy Kaneshiro

An inspection device for inspecting storage silos having mobile body with a tray portion for holding internal components for powering and controlling the inspection device, such as a control circuit and power source. Pairs of spaced apart in-line drive wheels are mounted to the tray portion. An external equipment mounting location (space) is provided between the pairs of drive wheels. A universal wiring harness is located within the tray portion and extends to the external mounting location such that at least two non-identical items of inspection equipment can be interchangeably mounted to the mobile body and connected to the wiring harness. A top portion may be secured over the tray portion to enclose the internal components. Optional fenders may be secured over the wheels and external equipment. Preferably, the external equipment can be swapped without having to remove the top portion from the tray portion.

Apparatus for an inspection device

Automated issue remediation for information technology infrastructure comprises invoking an application programming interface to obtain at least one issue object corresponding to an alert generated by a monitoring system; matching the issue object to at least one diagnosis plugin of a plurality of diagnosis plugins; obtaining a prescription object from the diagnosis plugin, the prescription object comprising a remedy; and invoking the remedy after verifying the remedy is authorized to proceed.

Automated issue remediation for information technology infrastructure

Thermoformable inks and coatings, such as conductive inks and coatings, are provided. These inks and coatings can be used in printed electronic thermoformed devices. These conductive inks and coatings are suitable to be used as one or more printed layers of a printed electronic device printed with multiple layers of inks and/or coatings (printed stacked array). Methods of fabricating printed electronic devices using the thermoformable inks and coatings are also provided.

Thermoformable conductive inks and coatings and a process for fabrication of a thermoformed device

A system and method for extensible, protective, and verifiable automated issue remediation for information technology infrastructure comprises invoking an application programming interface to obtain at least one issue object corresponding to an alert generated by a monitoring system; matching the issue object to at least one diagnosis plugin of a plurality of diagnosis plugins; obtaining a prescription object from the diagnosis plugin, the prescription object comprising a remedy; and invoking the remedy after verifying the remedy is authorized to proceed.

System and method for automated issue remediation for information technology infrastructure

In a process to treat gaseous components obtained from an in situ recovery of liquid hydrocarbons from a hydrocarbonaceous deposit the mercaptans and hydrogen sulfide are separated from each other using lean oil and the hydrogen sulfide further processed to obtain a sulfur-free fuel gas product. The rich oil obtained after treating the gaseous components can be used as a diluent with the liquid hydrocarbons or processed to remove and convert the mercaptans to disulfide oils.

Treating sulfur containing hydrocarbons recovered from hydrocarbonaceous deposits

A system for displaying relationships between data of one of a UML or a SysML application includes a machine readable storage medium and a processor. The machine readable storage medium is configured to store a plurality of data for a project designed using one of the UML or the SysML applications. The processor is in signal communication with the machine readable storage medium. The processor is configured to search the computer readable storage medium for a first model element, identify a requirement relationship between the first model element and a second model element, and display the first model element and the second model element on a monitor such that the requirement relationship between the first model element and the second model element is identifiable to a user.

Requirement manager for UML and SysML application

A kiln having a body with an internal chamber accessible via an opening which normally is closed by a closure that is movable. Lift apparatus effects movements of the closure between its closed and opened positions. The lift apparatus includes an arm which overlies the closure and is pivoted to a support independently of the kiln body for rotation about a second axis that is spaced a selected distance from the axis about which the closure rocks. The lift arm is connected to the closure by a pivot coupling which maintains the lift arm and the closure substantially parallel and uniformly spaced apart throughout the movements of the closure. The pivotal connection of the lift arm to the closure enables relative movement of the lift arm and the closure during movements thereof to avoid imposing appreciable stress on either the arm or the closure.

Kiln lid lift apparatus

An external data storage device and program are provided to enable computing device users to transfer personalized interface settings from one computing device to another, so that the user will have a desired and familiar computing device interface no matter what computing device is used. Additionally, the external data storage device and software allow for the user to automatically open files and applications which were opened at the end of a prior sessions, so that the user can continue working from where he/she left off at the end of the prior session.

Method and apparatus for storing personalized computing device setting information and user session information to enable a user to transport such settings between computing devices

A personalized toy and a method for marketing a toy through the use of computer screen images, and of manufacturing a personalized toy. The personalized toy is manufactured as ordered by a customer. Several different configurations of components that may be assembled as part of a finished toy are provided. Computer screen images of the different configurations of at least one of the components are displayed on a computer, and a customer viewing the displayed images is allowed to record a selected configuration of component, to be assembled as part of the personalized toy. A representational image of the toy incorporating the selected configuration may be displayed.

Personalized toys and methods for manufacturing and delivering the same

Disclosed is a protective cover package for an endless, organic photoreceptor belt of an electrophotographic printer. The protective cover package is a flexible, closed loop sheet member which extends about an outer, photoreceptor coated surface of the endless belt. The photoreceptor coated surface of the endless belt is releasably secured to an inner surface of the sheet member, such that the sheet member supports the belt, and protects the photoreceptor surface from damage that would adversely affect the image reproduction quality of the belt. The sheet member has a belt loading configuration, that substantially duplicates the configuration of the endless belt when the belt is mounted onto support rollers of the electrophotographic printer. By replicating the configuration of the support rollers, loading of the belt onto the rollers is facilitated using the protective cover package. The sheet member also has a compact configuration that requires less volume than the belt loading configuration. The compact configuration of the sheet member minimizes shipping volume and storage space requirements for replacement photoreceptor belts.

Protective cover package for an organic photoreceptor belt

Disclosed is a cartridge device for packaging an endless, organic photoreceptor belt of an electrophotographic printer. The cartridge device includes a substantially rigid, closed loop support structure and a resilient mechanism. The resilient mechanism engages the endless belt and releasably holds the belt against an inner surface of the support structure. The resilient mechanism holds the endless belt so that the belt substantially conforms to the shape of the support structure. The shape of the support structure essentially duplicates the configuration of the endless belt when the belt is mounted onto support rollers of the electrophotographic printer. By replicating the configuration of the support rollers, loading of a replacement photoreceptor belt onto the rollers is facilitated using the cartridge device. The cartridge device substantially protects the photoreceptor belt from inadvertent damage that would adversely affect the image reproduction quality of the replacement belt.

Hard cartridge package for an organic photoreceptor belt

A cartridge device for packaging an endless, organic photoreceptor belt of an electrophotographic printer. The cartridge device is a closed loop support structure manufactured of a resilient material around which the endless belt extends. The resilient support structure has a belt loading configuration, that substantially duplicates the configuration of the endless belt when the belt is mounted onto support rollers of the electrophotographic printer. By replicating the configuration of the support rollers, loading of the belt onto the rollers is facilitated using the cartridge device. The resilient support structure also has a compact configuration that requires less volume than the belt loading configuration. The compact configuration of the cartridge device minimizes shipping volume and storage space requirements for replacement photoreceptor belts. In both the belt loading configuration and the compact configuration, the cartridge device substantially protects the photoreceptor belt from inadvertent damage that would adversely affect the image reproduction quality of the replacement belt.

Soft cartridge package for a photoreceptor belt and method of

A development apparatus for developing a latent electrostatic image on an imaging substrate in a liquid electrographic imaging system includes a cleaning roller for removing back-plated developer from a development device such as a development roller, and a squeegee apparatus for.sub.-- removing both 'drip-line' developer liquid and 'wrap-around' developer liquid from the imaging substrate. The squeegee apparatus may include a squeegee roller having a crowned profile and a loading mechanism configured to achieve a uniform loading force across a pressure nip formed between the squeegee roller and the imaging substrate. The cleaning roller may include a fiber cleaning media and fluid delivery means for flushing back-plated developer from the cleaning media. The development apparatus also may include means for spacing the development apparatus relative to the imaging substrate without contacting the imaging substrate, thereby avoiding disruption of the motion quality of the imaging substrate.

Development apparatus for a liquid electrographic imaging system

A development apparatus for developing a latent electrostatic image on an imaging substrate in a liquid electrographic imaging system includes a cleaning roller for removing back-plated developer from a development device such as a development roller, and a squeegee apparatus for removing both 'drip-line' developer liquid and 'wrap-around' developer liquid from the imaging substrate. The squeegee apparatus may include a squeegee roller having a crowned profile and a loading mechanism configured to achieve a uniform loading force across a pressure nip formed between the squeegee roller and the imaging substrate. The cleaning roller may include a fiber cleaning media and fluid delivery means for flushing back-plated developer from the cleaning media. The development apparatus also may include means for spacing the development apparatus relative to the imaging substrate without contacting the imaging substrate, thereby avoiding disruption of the motion quality of the imaging substrate.

Food container

Growing community of inventors

Fullerton, CA, United States of America

John D Watson