Matsushita Electric Works, Ltd.

Control4 Corporation

Emware, Inc.

Biomicro Systems, Inc.

John Jensen

Michael R. Mcneely

Mark K. Spute

Edward Ayliffe

Michael Howard

Thomas Moyer

Darin Beutel

Stephen Coffin

Nils Adey

Stephen C Coffin

Michael L Howard

William R Harper, Jr

Nils B Adey

William B West

Michael R McNeely

Mark K Spute

W Eric Smith

Michael R Mcneely

A media component is provided for controlling home automation signals. The media component can include a housing containing management circuitry. A plurality of communication ports can also be included for the media component. The communication ports may be coupled to the housing. In addition, a plurality of light units is provided. The light units are lit in order to guide a user to take a pre-determined action with respect to the communication ports.

System and method for a light based configuration guide for electronic ports

A telephone network interface is disclosed for facilitating communications through use of a telephone with an embedded device through a gateway and for facilitating communications between a remote service provider and the gateway. The telephone network interface includes a telephone interface for electronic communication with a telephone. The telephone network also includes a gateway interface for electronic communications with a gateway. An external telephone network interface is included for connecting the telephone network interface to an external telephone network. In addition, connection control is also provided. Connection control causes the telephone to be selectively in electronic communication with the external telephone network for telephone calls. The connection control also selectively causes the telephone to be in electronic communication with the gateway for communicating with an embedded device such that device requests from the telephone are communicated to the gateway. The gateway is in electronic communication with the embedded device. The connection control further selectively causes the gateway to be in electronic communication with the external telephone network to enable electronic communications between a control service provider and the gateway.

Telephone interface for communicating with embedded devices through a gateway and allowing access from a remote service provider

A method and system for providing a fluidic interface to slides bearing microarrays of biomolecules or other samples immobilized thereon to perform a variety of chemical reactions or processing steps on the slide. An interface device seals against the slide to form a chamber or chambers containing all or a portion of the microarray, providing selective access to portions of the slide. The interface device includes inlet and outlet ports permitting liquid sample and reagents to be introduced to and removed from the chamber accessing the slide surface. Pre- and post-array microfluidic circuitry may be included in the interface device or in attachable modules. The system may include one or more compartments for collecting and storing waste fluids.

Method and system for microfluidic interfacing to arrays

Systems and methods are disclosed for preparing program code for a first computer, wherein the systems and methods are implemented on a second computer. The systems include a relocating module that is adapted to relocate program code by modifying locations in the program code identified by location data. The modifications made by the relocating module are based on a memory address. The systems operate on program code for the first computer, where the program code is stored on the second computer. The relocating module is provided the memory address that identifies a memory location in the first computer. The memory address is suitable as a basis for modifying the program code. The relocating module is also provided with location data that identifies locations in the program code to be adjusted based on the memory address.

Distributed program relocation for a computer system

Systems and methods are disclosed for preparing program code for a first computer, wherein the systems and methods are implemented on a second computer. The systems include a relocating module that is adapted to relocate program code by modifying locations in the program code identified by location data. The modifications made by the relocating module are based on a memory address. The systems operate on program code for the first computer, where the program code is stored on the second computer. The relocating module is provided the memory address that identifies a memory location in the first computer. The memory address is suitable as a basis for modifying the program code. The relocating module is also provided with location data that identifies locations in the program code to be adjusted based on the memory address. A method practiced in accordance with the disclosed embodiments includes the steps of obtaining the program code; obtaining the memory address; obtaining the location data; and modifying the locations in the program code identified by the location data, by using the memory address and by using the location data, where the modifying step is accomplished at the second computer. One or more computer programs for implementing the described systems and/or methods may be embodied in a computer-readable medium.

Systems and methods for reprogramming an embedded device with program code using relocatable program code

Growing community of inventors

Layton, UT, United States of America

Stephen C Coffin