The Sherwin Williams Company

Eastman-kodak Company

David C Markham

Mark Winfield Scott

Michael H Bravo

Chris Van Buiten

Craig M Rowles

Gregory J Mascoli

Robert Slack

John P Sullivan

Charles Chester Anderson

Robert O James

Keith A Walker

Ronald E Uhlig

Corinna Lee

Corrina Lee

An improved container for storing, dispensing and handling viscous and semi-viscous fluids such as paint and the like, having novel spout and other design features that enable substantially dripless dispensing and improved handling and storage.

Storage and dispensing container for paint

An improved container for storing, dispensing and handling viscous and semi-viscous fluids such as paint and the like, having novel spout and other design features that enable substantially dripless dispensing and improved handling and storage

Storage and dispensing container for viscous fluids, paints and the like, and method of minimizing dripping

A method for monitoring the amount of unexposed photographic film remaining in a motion camera film magazine that includes the steps of: providing an unexposed motion picture film containing a support having at least one light sensitive image recording layer and a transparent magnetic recording layer; recording film length data on the transparent magnetic recording layer of the unexposed motion picture film; loading the unexposed motion picture film in a motion picture film magazine; and reading the film length data from the transparent magnetic recording layer as it is removed from the film supply magazine to provide an indication of the amount of unexposed film remaining in the motion picture film magazine. The amount of unexposed film remaining may be displayed in a read-out device associated with the film magazine or camera.

Method for monitoring film remaining in a motion picture film magazine

A process for viewing a motion picture film scene image with concurrently displayed subtitle text comprising: providing a motion picture print film comprising a support bearing at least one light sensitive image recording layer and a transparent magnetic recording layer; printing a negative film scene image onto the motion picture print film to form a positive scene image; recording subtitle information in the magnetic recording layer in synchronization with the scene image; projecting the print film scene image for viewing while simultaneously reading the subtitle information recorded in the magnetic recording layer; and converting the subtitle information to text comprising alphanumeric characters and displaying the subtitle text in conjunction with the projected screen image. One or more language subtitles may be recorded onto and read from a transparent magnetic recording layer on a motion picture film in synchronization with the film image. The subtitle information can be recorded prior to the original release of the film during the printing of the film or can be added to the film at a later time, for example, during re-release of the film in a foreign country. Alternatively, a previously recorded subtitle can be changed for re-release of the copy of the film in another country. The positive motion picture film may be displayed using a motion picture film projector equipped with a magnetic head that reads the subtitle information which is then converted to alphanumeric text and displayed in conjunction with the film image.

Process for viewing a motion picture film with concurrently displayed subtitle text

A process for viewing a positive motion picture film scene image with an accompanying original audio soundtrack comprising: providing a motion picture origination negative film comprising a support bearing at least one light sensitive image recording layer and a transparent magnetic recording layer; optically recording a motion picture scene in the motion picture negative film by exposing the film in a motion picture camera, and simultaneously recording contemporaneous original audio information in the magnetic recording layer on a frame-by-frame basis in synchronization with the scene image; providing a motion picture print film comprising a support bearing at least one light sensitive image recording layer and a transparent magnetic recording layer; printing the negative film scene image onto the motion picture print film to form a positive scene image, and transferring the original audio information from the magnetic recording layer of the negative film to the magnetic recording layer of the print film in synchronization with the printed scene image, and projecting the print film scene image for viewing while simultaneously reading and playing back the original audio information recorded in the magnetic recording layer. The present invention provides a convenient method to capture, store, and read integral audio information on a frame-by-frame basis in synchronization with a motion picture film image without the need to synchronize two separate media during viewing of the film. Audio information is recording directly onto a motion picture film during filming of a motion picture scene. Both the image and audio information captured during filming can be easily transferred to a motion picture positive film thus allowing to quickly provide synchronous, integral audio information such as dialogue for dailies.

Process for viewing a positive motion picture film scene image with integral audio soundtrack

Growing community of inventors

Pittsford, NY, United States of America

David C Markham