Abstract: A pallet has a base member with a top surface defining first and second spaced apart openings near an edge of the top surface. Hollow legs extend downwardly from the bottom surface of the pallet and define a passageway below the bottom surface. Each hollow leg is a wheel well wherein a wheel is fastened to the base member. Each wheel inside its associated hollow leg extends downwardly from the base member to an elevation below the associated leg so that the wheel is free to support and move the base member. An inverted U-shaped handle has its bottom ends removably inserted in the first and second openings. Flanges attached to the bottom end portions of first and second upright members rest on the top surface of the pallet when the upright members are inserted.

Abstract: A system of and method for completing one or more parameters or network interface configurations in a task executed by an application program are disclosed. The system and method have particular application with application programs associated with network analyzers and similar network analysis tools for use in monitoring and diagnosing problem conditions in communications and storage networks. In accordance with one embodiment of the method, a task module is loaded into system memory of a computer system. Parameters or network interface configurations associated with the task module that are to be completed are identified. A resolution plan to complete each parameter or network interface configuration is created. The resolution plan is then executed in connection with assisting modules to complete for each parameter or network interface configuration. The completed parameters or network interface configurations are then input into the task module and the task module is executed.

Abstract: A client/server navigation system utilizes partial route guidance trees, enabling a thin, mobile client to detect route deviation and provide alternate instructions while awaiting response from a server. The system (10) consists of a server (28) containing a network database and route-calculation program; a client (26) capable of obtaining (12) its current location and destination, displaying route instructions (22), and determining when it needs additional instructions from the server (20,24); and communication (30,32,34,36) between the client (26) and server (28). The invention allows for long routes and responsive operation on a small, low-powered client despite lags and lapses in communication.

Abstract: Methods for graphically displaying multiple task workflow run instances associated with execution of a software application is disclosed. The software application can be associated with, in one embodiment, a network analyzer for monitoring data transmissions in a communications network. A graphical user interface is employed to graphically depict a plurality of workflow run instances representing tasks executed by the software application. The workflow run instances are temporally arranged in a stacked configuration according to a Gantt chart design. A selector including a vertical selector bar and a selector block is movable over the workflow run instances to select one or more specified workflow run instance portions at a given time point. Once selected, data and other details relating to the selected workflow run instance portions are displayed.

Abstract: A method of graphically depicting various network elements of a communications network in a virtual network topology via a graphical user interface (“GUI”) is disclosed. The virtual network topology depicts logical relationships between network components instead of merely depicting physical network component relationships. A system network subset and a monitoring network subset of the communications network are defined according to one layer N of the open system interconnection (“OSI”) layer model. Various logical links are established between the system network and the monitoring network. A virtual topology is defined that depicts the various logical links according to another OSI layer M. The virtual topology is displayed via a GUI that enables modification of the logical links to occur.

Abstract: Methods and systems for correlating network traffic between non-translative network systems are provided. Generally, protocol cause and effect correlation rules are determined between devices in non-translative network segments by injecting a known network pattern at a first end of the network topology. Traces of the network traffic are then recorded over one or more nodes throughout the non-translative network. The generated network traffic is then compared to the traced network traffic by pattern matching to thereby determine protocol cause and effect correlation rules. Later, when it is desired to determine causality of network activity between non-translative network segments, the traced network patterns can be compared by pattern matching to the protocol cause and effect correlation rules to assist in determining the origin of a network operation that created an observed event.

Abstract: Methods and systems for correlating network traffic between non-translative network systems are provided. Generally, time-based offset data, or transmission latency, is first determined between devices in non-translative network segments by injecting, with a time stamp, a known network pattern at a first end of the network topology. Traces are then recorded, with time stamps, of the network traffic over one or more nodes throughout the non-translative network. The generate network traffic is then compared to the traced network traffic in a best fit to thereby determine the time latency in traffic throughout the network. Later, when it is desired to determine causality of network activity between non-translative network segments, the determined latency between different network devices can be compared to traced patterns of network traffic to determine the origin of a network operation that created an observed event.

Abstract: An improved method for navigating links in a heterarchical database such as the World Wide Web that operates stand-alone, apart from a conventional browser or as a sidebar window in conjunction with a conventional browser, allowing links to be collected, displaying a list of collected links and optionally pre-caching them in real time. Links are displayed along with a download status indicator in a selectable list or hierarchical tree structure. When a link in the list is selected the corresponding page is navigated to and displayed in a conventional browser.

Abstract: A refrigerator tray holds containers of individual beverages for dispensing the beverages one at a time. The tray has a ventilated support panel surrounded about its periphery by a frame of sidewalls. The support panel fits in the sidewalls so that the panel slants downward toward the front to gravity feed the beverages.

Abstract: A refrigerator tray holds containers of individual beverages for dispensing the beverages one at a time. The tray has a ventilated support panel surrounded about its periphery by a frame of sidewalls. The support panel fits in the sidewalls so that the panel slants downward toward the front to gravity feed the beverages.

Abstract: A client/server navigation system utilizes partial route guidance trees, enabling a thin, mobile client to detect route deviation and provide alternate instructions while awaiting response from a server. The system (10) consists of a server (28) containing a network database and route-calculation program; a client (26) capable of obtaining (12) its current location and destination, displaying route instructions (22), and determining when it needs additional instructions from the server (20,24); and communication (30,32,34,36) between the client (26) and server (28). The invention allows for long routes and responsive operation on a small, low-powered client despite lags and lapses in communication.

Abstract: An electronic footprint that uniquely identifies a computer desktop is used as part of an encryption key to encrypt digital goods, such that the digital goods may only be decrypted on a specific computer. This process is automated using a server containing a decryption service, which itself is encrypted. This system is the basis for an automated licensing system to prevent installation of digital media except on licensed computer desktops, a secure messaging system whose messages can only be decrypted on the computer the message was intended for, and to “harden“ applications such that encrypted applications can run in non-secure environments without the fear of theft or tampering.

Abstract: A method for effecting a direct jump in an executable program module to a target address displaced from a source address by a specified distance that is greater than a maximum permitted range. During program linkage the direct jump is split into at least two component direct jumps each no greater than the maximum permitted range, thus allowing the direct jump to be achieved by jumping sequentially from the source address to the target address via each of the component direct jumps. A storage medium for storing data representative of the executable program module contains at least one trampoline for performing the component direct jumps.

Abstract: A method is disclosed for determining the presence or amount of analyte in a fecal sample. The method comprises the steps of (A) contacting the fecal sample with an extraction reagent comprised of at least one detergent and at least one buffer to form a mixture, (B) applying the mixture to an absorbent filter that is in proximity to or in contact with an immunoassay such that analyte present in the sample is transferred to the immunoassay, and (C) detecting the presence of analyte by said immunoassay. In a preferred embodiment, the immunoassay comprises a porous strip containing immunoreagents for detecting analyte.

Abstract: A combined sample-assay device allows sampling and detection within an integrated device. The device is a flat plate-like body with a collection arm. The collection arm optionally folds to enter a recess that flatly supports and seats the arm. The arm may be friction held in this recess and completely enters the recess. Within the recess is a second recess that contains a reading portion and transport portion. Chemiluminescent or other light emitting chemical reagent is placed within the device and light is detected in response to the presence of a sample analyte in a fluid sample.

Abstract: A system and method for performing an assay for target analytes includes a sampling-device holder interface and a quantifier. The sampling device has a sampling portion and a reading portion containing a chemiluminescent reagent. The interface has a sampling-device holder and a light detector. The holder has a housing having an enclosure with a channel and a base plate with an opening. The base plate and the enclosure houses a slidable tray. The tray has a compartment adapted to seat the sampling device and an opening extending through the compartment. The reading portion is aligned with the tray opening. When the tray is closed, the tray opening is also aligned with the base plate opening, exposing the reading portion. Once the sampling portion is exposed to a sample suspected of containing the target analyte, at least one carrier liquid is introduced, if needed, to the sampling portion to transport any target analyte to the reading portion by dispersion.

Abstract: A system and method for detecting a target analyte includes a sampling device, a holder, a light source, a light detector, and a quantifier (ammeter). The device has reading and sampling portions connected by a transfer portion. The holder has a housing, including a tray, which has a compartment adapted to seat the sampling device and an opening extending therethrough, slidable therein. The sampling portion is aligned with the tray opening when it is seated. When the tray is closed, the tray opening is aligned with the light detector and the light source. Once the sampling portion is exposed to a sample, carrier liquid is introduced to the sampling portion. While the carrier travel to the reading portion, the target analyte picks-up a labeling luminescent agent contained in the transfer portion. The reading portion captures the labeled target analyte. The non-captured elements exits the reading portion, leaving only the target analyte bound to the luminescent agent, which glows when exposed to light.