Xerox Corporation

Anthony John Peters

Michael Peter Golding

Richard Marc Watson

Leslie Wynn

Gemma Rosalind Lee

David Michael Phasey

David K Halden

Brennan Grantley John Miles

Joseph Benjamin Gault

Michael Cameron Gordon

Richard Guy Chambers

Brian G Russell

Richard G Hubbard

Andrew C Pat

David R Cole

David J Pearce

Lee James O'Brien

Kenneth G Dixon

Kevin Swain

A method of providing instructions to a user of an imaging device includes generating a three-dimensional (3D) model of the imaging device in a 3D computer generated environment. At least one computer generated imagery (CGI) instruction sequence is then rendered from the 3D model. The CGI instruction sequence depicts at least one action being performed on the imaging device and is rendered from a virtual viewpoint corresponding to a viewpoint of a user physically performing the at least one action. The rendered CGI instructions are stored in memory of the imaging device and selectively displayed on a user interface display screen of the imaging device.

Computer generated imagery (CGI) fault clearance instructions

A printing apparatus includes a media path within a body of the printing apparatus. The media path moves sheets of media through the body of the printing apparatus. A marking engine is also within the body of the printing apparatus. The media path supplies the printing media to the marking engine. A processor is within the body of the printing apparatus. The processor is operatively connected to the marking engine, and the processor controls actions of the marking engine. Sensors are within the body of the printing apparatus. The sensors are operatively connected to the processor, and the sensors are positioned along the media path. The sensors detect locations and conditions of the sheets of media as the sheets of media travel along the media path. The sensors have a first clip shape. Further, clip connectors are located within the body of the printing apparatus. The clip connectors are connected to the sensors. Additionally, light structures are connected to the clip connectors. The light structures have an identical shape as the sensors for connecting to the clip connectors.

Printing device internal lighting

An apparatus comprises a housing and at least one functional component operating on power from an external power source. The functional component is connectable to the housing. In addition, a graphic user interface assembly is connectable to the housing. The graphic user interface assembly comprises a dedicated power supply used exclusively by the graphic user interface assembly. The graphic user interface assembly displays instructions explaining how to connect the functional component and the graphic user interface assembly to the housing prior to when the functional component is connected to the external power source.

Self-powered user interface providing assembly instructions

A method of manufacturing an ink stick provides the ink stick with a coded mark. The method includes forming an ink stick body of a phase change ink composition, and applying a marking composition to a surface of the ink stick body to form a coded mark on the surface of the ink stick body at the marking station, the marking composition being composed of the same phase change ink composition used to form the ink stick body.

Method of forming solid ink stick with coded mark

Cleaner apparatus for a phase change ink printer

A method of manufacturing an ink stick is provided. The method comprises forming an ink stick body of a phase change ink composition. Once formed, the ink stick body is then transported to a marking station. At the marking station, a marking composition is applied to a surface of the ink stick body to form a coded mark on the surface of the ink stick body. The marking composition is composed of the same phase change ink composition used to form the ink stick body.

Icon for a portion of an electronic display

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Shillington, United Kingdom

Anthony John Peters