Screening Systems, Inc.

Nb Networks

Other

Peter D Baker

Karen Neal

Robert H Weinmann, Jr

Christopher W Nesselroad

Lucy A Baker

Gilbert J Bastien

Robert Mercado

Embodiments of the invention provide a general-purpose data modification system and methods of use. A common system is used for modifying any data composed of interrelated data structures similar to the protocols found in network frames. A common logic control module is configured to perform any number of data modification operations, based on programmably configurable protocol descriptions defining the data modification operations.

Systems and methods for general purpose data modification

The invention provides a general-purpose data parsing and analysis system and methods of use. A common system is used for analyzing any data composed of interrelated data structures similar to the protocols found within network frames. A single logic control module is utilized to perform any number of data manipulation functions, for example parsing, filtering, statistics collection and format conversion based upon one or more programmably configurable protocol descriptions, which may be stored in and retrieved from an associated data storage device.

Systems and methods for data processing using a protocol parsing engine

A network interface system and related methods. A single logic control module, which may be implemented in hardware or software, is utilized to perform any of a number of data manipulation functions including, for example, parsing, filtering, data generation or analysis, based upon one or more programmably configurable protocol descriptions which may be stored in and retrieved from an associated memory.

Network filtering system

System and method for general purpose network analysis

A testing apparatus which has a test chamber located within a chamber frame. The apparatus includes a computer controlled ergonomic system which can vary the temperature of the test chamber. Within the test chamber is an adjustable ceiling that can be moved to vary the volume of the chamber. Extending around the outer edge of the ceiling is an inflatable seal which seals the chamber when the ceiling is moved to a new position. The ceiling and walls have a plurality of adjustable vents that direct fluid flow into the chamber. The doors of the apparatus are each constructed from an inner wall that is coupled to an outer wall by a plurality of floating joints. The floating joints allow the inner wall to contract or expand relative to the outer wall without creating a corresponding stress on the outer wall or the joints. To prevent an operator from prematurely opening a door after temperature cycling, the door locks are computer controlled so that the doors cannot be unlocked until the test chamber reaches an operator safe condition. The computer also prevents the ceiling from being adjusted until the front doors are opened and the table is pulled out of the chamber. One door also has an override button that allows the operator to open the door from the inside of the test chamber. Additionally, the testing apparatus includes a vibration table which can be pulled to a position outside of the test chamber. The table has a brake and shock absorbers that prevent an undesirable shock to the test parts when moving the table into and out of the test chamber.

Variable volume test chamber

A testing apparatus which has a test chamber located within a chamber frame. The apparatus includes a computer controlled ergonomic system which can vary the temperature of the test chamber. Within the test chamber is an adjustable ceiling that can be moved to vary the volume of the chamber. Extending around the outer edge of the ceiling is an inflatable seal which seals the chamber when the ceiling is moved to a new position. The ceiling and walls have a plurality of adjustable vents that direct fluid flow into the chamber. The doors of the apparatus are each constructed from an inner wall that is coupled to an outer wall by a plurality of floating joints. The floating joints allow the inner wall to contract or expand relative to the outer wall without creating a corresponding stress on the outer wall or the joints. To prevent an operator from prematurely opening a door after temperature cycling, the door locks are computer controlled so that the doors cannot be unlocked until the test chamber reaches an operator safe condition. The computer also prevents the ceiling from being adjusted until the front doors are opened and the table is pulled out of the chamber. One door also has an override button that allows the operator to open the door from the inside of the test chamber. Additionally, the testing apparatus includes a vibration table which can be pulled to a position outside of the test chamber. The table has a brake and shock absorbers that prevent an undesirable shock to the test parts When moving the table into and out of the test chamber.

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Aliso Viejo, CA, United States of America

Peter D Baker