Xerox Corporation

Christine Miyachi

Gerald A Wedekind

John Y Zhang

Paul Roberts Conlon

Lee Coy Moore

Elton Tarik Ray

Khalid M Rabb

Kenneth B Schleede

Dianne S Colelli

Bernard Roch Heroux, Jr

David B Mensing

James Howell

Eric Lambert

Michael Trent

Wendy Abbott

Chandra Sekhar Varma Dasaraju

Myriam Martinez

Kristopher James Stasiw

Linh La

Thomas N Hasting

Kelvin Kwan

Thomas N Hastings

Hang Zhang

Boris Shmoys

Daniel Romano

Jacob Woodworth

Stephen J Sydorowicz

Rick Born

A method is disclosed. For example, the method executed by a processor of a multi-function device (MFD) includes receiving a video image of a multi-function device (MFD), applying an object detection model to the video image to generate an annotated image with bounding boxes around persons detected in the video image, determining a number of the bounding boxes, determining that the number of bounding boxes is greater than a threshold in a policy associated with the MFD, and deactivating the MFD.

Controlling a multi-function device based on a user limit associated with a policy

A method, non-transitory computer readable medium, and apparatus for remotely controlling a camera connected to a multi-function device are disclosed. For example, the method receives a request from a third party server to instruct the camera to take a photograph, sends a call to the camera to take the photograph, wherein the call is sent to the camera over a universal serial bus (USB) connection between the multi-function device and the camera, receives the photograph and transmits the photograph to the third party server.

Method and apparatus for remotely controlling a camera connected to a multi-function device

Apparatus are provided that includes a multi-function device that is configured to perform a plurality of functions relating to manipulating a document. The multi-function device can have a display configured to display interface tool for facilitating the customization of a function of the multi-function device. The interface tools allow a user to communicate with the multi-function device to enter information relating to the customized function. The custom application can be configured to be installed on the multi-function device, and the custom application is used to customize the multi-function device.

Tools and methods for customizing multi-function devices

A system for enabling at least one mass storage device connected to at least one multi-function device to be accessible over a network, includes at least one processor; and a computer-readable storage medium in communication with the at least one processor, wherein the computer-readable storage medium comprises one or more programming instructions for receiving a plurality of requests from one or more electronic devices permitted to access the at least one multi-function device and allowing the one or more electronic devices to selectively access and modify electronic information located on the at least one mass storage device connected to the at least one multi-function device and accessible over the network.

System and method for enabling network access to mass storage devices connected to multi-function devices

The present specification discloses methods and systems to enable a peripheral device, which otherwise lacks intrinsic networking capabilities, to be accessible over a network once attached to a local multi-function device, such as computers, laptops, printers, copiers, or other computing devices. An enabling application executing on the multi-function device includes a first layer that communicates with the local peripheral device using a driver specific to the peripheral device, a second layer that abstracts a subset of functions from the first layer and exposes the subset of functions to a third layer, and the third layer which communicates over the network with a client and provides the client access to the subset of functions through standardized calls.

Web service for enabling network access to hardware peripherals

A method to modify the availability of one or more attributes within a print network. One or more devices are interrogated to determine associated attributes. A first set of attribute combinations that cause device failure is determined and placed in an unsupported bank for each device. A second set of attribute combinations that do not cause device failure are determined and placed in a supported bank for each device. Access to the first set of attribute combinations is disabled and access to the second set of attribute combinations is enabled.

Protocol allowing modification of device attribute availability on a print network

A system facilitates communication between a control component and a plurality of processing components. One or more processing components performs one or more tasks, each processing component has at least one attribute associated therewith. One or more attribute banks are associated with each of the one or more processing components, wherein each attribute bank stores the at least one attribute. A control component initiates the one or more tasks for each processing component. A universal driver facilitates communication between the one or more processing components and the control component. The driver includes an interrogation component that queries the one or more processing components to receive the at least one attribute associated with each processing component. A constraint evaluator determines combinations of attributes that are supported and unsupported for each of the one or more processing components. An attribute filter categorizes each attribute combination based at least in part on whether it is supported or unsupported.

Protocol allowing a document management system to communicate inter-attribute constraints to its clients

A partial print provider in the form of a Dynamically Linked Library (DLL) that implements a portion of a commercial spooler Application Programming Interface (API). The print provider translates between printer and job properties under the commercial spooler to and from printer and job properties under a proprietary spooler. This permits a third party proprietary print spooler to interface with the commercial print spooler, allowing greater control and management of print jobs by network clients than is available under the commercial spooler. The partial print provider allows the proprietary spooler to leverage off of the commercial print system's print services, protocols and network technologies, obviating the need to replace all commercial spooler and print services with custom code and reducing costs substantially.

Partial print provider

Growing community of inventors

Andover, MA, United States of America

Christine Miyachi