Abstract: Disclosed herein are systems, methods, and circuits configured to monitor the displacement of a tower, report the monitored displacement via a networked connection, and determine that the tower is in a non-optimal state. By providing the aspects disclosed herein, an operator of a tower may optimize the tower's function, and potentially prevent the tower from breaking at an earlier stage.

Abstract: Disclosed herein are systems, methods, and circuits configured to monitor the displacement of a tower, report the monitored displacement via a networked connection, and determine that said tower is in a non-optimal state. By providing the aspects disclosed herein, an operator of a tower may optimize the tower's function, and potentially prevent the tower from breaking at an earlier stage.

Abstract: Lubrication system for application of lubricant to the cutting mechanism of paper shredders. Maintenance and lubrication can be performed by applying lubrication agents to the cutting mechanism of a paper shredder without requiring disassembly of the paper shredder. The agents can also include scented agents and decomposing agents or a combination thereof. Lubrication sheets are configured to apply agents to the cutting mechanism of paper shredders. A holder can be positioned on a housing of a paper shredder for retaining one or more lubrication sheets within proximity of the shredding mechanism of the paper shredder. Paper shredders may include means for identifying when lubrication is needed and/or when the cutting mechanism of the paper shredder has been lubricated by a lubrication sheet.

Abstract: Lubrication system for application of lubricant to the cutting mechanism of paper shredders. Maintenance and lubrication can be performed by applying lubrication agents to the cutting mechanism of a paper shredder without requiring disassembly of the paper shredder. The agents can also include scented agents and decomposing agents or a combination thereof. Lubrication sheets are configured to apply agents to the cutting mechanism of paper shredders. A holder can be positioned on a housing of a paper shredder for retaining one or more lubrication sheets within proximity of the shredding mechanism of the paper shredder. Paper shredders may include means for identifying when lubrication is needed and/or when the cutting mechanism of the paper shredder has been lubricated by a lubrication sheet.

Abstract: Devices for application of lubricant to the cutting mechanism of paper shredders. Maintenance and lubrication can be performed by applying lubrication agents to the cutting mechanism of a paper shredder without requiring disassembly of the paper shredder. The agents can also include scented agents and decomposing agents or a combination thereof. Lubrication sheets are configured to apply agents to the cutting mechanism of paper shredders. A holder can be positioned on a housing of a paper shredder for retaining one or more lubrication sheets within proximity of the shredding mechanism of the paper shredder. Paper shredders may include means for identifying when lubrication is needed and/or when the cutting mechanism of the paper shredder has been lubricated by a lubrication sheet.

Abstract: Lubrication substrates are disclosed that have been treated with or that carry a lubricant for maintaining a paper shredder. The lubrication substrate is fed through the shredding mechanism of a paper shredder. Rather than requiring disassembly of the paper shredder, maintenance and lubrication can be performed by passing the lubrication substrate through the shredding mechanism. The lubrication substrates can take any of a variety of forms, and can be substantially rigid and/or stiff. The lubrication substrates can also include scented lubricants and decomposing agents. Paper shredders are also disclosed for use with the lubrication substrates. The paper shredders can have various means for identifying when lubrication is needed and/or when the cutting mechanism of the paper shredder is lubricated by a lubrication sheet. Paper shredders having a reservoir of lubricant for delivery to the cutting mechanism of the paper shredder are also disclosed.

Abstract: Devices for application of agents to the cutting mechanism of paper shredders are disclosed. Maintenance and lubrication can be performed by applying lubrication agents to the cutting mechanism of a paper shredder without requiring disassembly of the paper shredder. The agents can also include scented agents and decomposing agents or a combination thereof. Lubrication sheets are disclosed for applying agents to the cutting mechanism of paper shredders. A holder is disclosed for retaining lubrication sheets within proximity of a paper shredder. Paper shredders are also disclosed having various means for identifying when lubrication is needed and/or when the cutting mechanism of the paper shredder is lubricated by a lubrication sheet. Paper shredders having a reservoir of lubricant for delivery to the cutting mechanism of the paper shredder are also disclosed. Such reservoirs may be removable. Cap designs allowing use of a removable reservoir with the paper shredders are also disclosed.

Abstract: Devices for application of lubricant to the cutting mechanism of paper shredders. Maintenance and lubrication can be performed by applying lubrication agents to the cutting mechanism of a paper shredder without requiring disassembly of the paper shredder. The agents can also include scented agents and decomposing agents or a combination thereof. Lubrication sheets are configured to apply agents to the cutting mechanism of paper shredders. A holder can be positioned on a housing of a paper shredder for retaining one or more lubrication sheets within proximity of the shredding mechanism of the paper shredder. Paper shredders may include means for identifying when lubrication is needed and/or when the cutting mechanism of the paper shredder has been lubricated by a lubrication sheet.

Abstract: Lubrication substrates are disclosed that have been treated with or that carry a lubricant for maintaining a paper shredder. The lubrication substrate is fed through the shredding mechanism of a paper shredder. Rather than requiring disassembly of the paper shredder, maintenance and lubrication can be performed by passing the lubrication substrate through the shredding mechanism. The lubrication substrates can take any of a variety of forms, and can be substantially rigid and/or stiff. The lubrication substrates can also include scented lubricants and decomposing agents. Paper shredders are also disclosed for use with the lubrication substrates. The paper shredders can have various means for identifying when lubrication is needed and/or when the cutting mechanism of the paper shredder is lubricated by a lubrication sheet. Paper shredders having a reservoir of lubricant for delivery to the cutting mechanism of the paper shredder are also disclosed.

Abstract: Lubrication substrates are disclosed that have been treated with or that carry a lubricant for maintaining a paper shredder. The lubrication substrate is fed through the shredding mechanism of a paper shredder. Rather than requiring disassembly of the paper shredder, maintenance and lubrication can be performed by passing the lubrication substrate through the shredding mechanism. The lubrication substrates can take any of a variety of forms, and can be substantially rigid and/or stiff. The lubrication substrates can also include scented lubricants and decomposing agents. Paper shredders are also disclosed for use with the lubrication substrates. The paper shredders can have various means for identifying when lubrication is needed and/or when the cutting mechanism of the paper shredder is lubricated by a lubrication sheet. Paper shredders having a reservoir of lubricant for delivery to the cutting mechanism of the paper shredder are also disclosed.

Abstract: Paper shredders are maintained using lubrication substrates that have been treated with or that carry a lubricant. The lubrication substrate is fed through the shredding mechanism of a paper shredder. Rather than requiring disassembly of the paper shredder, maintenance and lubrication can be performed by passing the lubrication substrate through the shredding mechanism. The lubrication substrates can take any of a variety of forms, such as a tissue that is encased in a cellophane or plastic envelope and is impregnated with oil. The lubrication substrates can instead have an array of small tubes that carry oil. In another example, the lubrication substrates can take for them of a bubble sheet that carries oil within the bubbles.

Abstract: A new insulation system is provided that contains microspheres. This insulation system can be used to provide insulated panels and clamshells, and to insulate annular spaces around objects used to transfer, store, or transport cryogens and other temperature-sensitive materials. This insulation system provides better performance with reduced maintenance than current insulation systems.

Abstract: A new insulation system is provided using microspheres. This insulation system can be used to provide insulated panels, clamshells, and insulate annular spaces around objects. This insulation system provides better performance than current insulation systems.

Abstract: A digital multimedia newsroom production system allows users of the system to create, browse and catalog multimedia assets. The system includes a multimedia capture and encoding system that captures multimedia data, and substantially simultaneously provides a first compressed version of the multimedia data having a first resolution, and a second compressed version of the multimedia data having a second resolution that is different than the first resolution; a multimedia storage system, coupled to the multimedia capture and encoding system, that stores multimedia information including the first and second compressed versions of the multimedia data; and a video editing and playback system coupled to the multimedia storage system.

Abstract: The invention is directed to novel cryogenic liquid transport and storage containers, which utilize external coolant tanks to supply cooling to a cryogenic liquid storage tank. The coolant tanks are mounted above the cryogenic liquid storage tank such that the length of the cryogenic liquid storage tank is capable of extending the entire length of the transport container.

Abstract: A digital multimedia newsroom production system allows users of the system to create, browse and catalog multimedia assets. The system includes a multimedia capture and encoding system that captures multimedia data, and substantially simultaneously provides a first compressed version of the multimedia data having a first resolution, and a second compressed version of the multimedia data having a second resolution that is different than the first resolution; a multimedia storage system, coupled to the multimedia capture and encoding system, that stores multimedia information including the first and second compressed versions of the multimedia data; and a video editing and playback system coupled to the multimedia storage system.

Abstract: A drop out trigger captures waveform data when a normally continuous input signal is disrupted or interrupted. In the preferred embodiment, a conventional trigger detects a parameter periodically satisfied by the continuous signal and resets a timer whenever a trigger event occurs. The alarm count of the timer is set for an interval slightly larger than the periodic interval. If the timer reaches the alarm count, a measurement signal is generated.

Abstract: A method for repairing and reinforcing a torn plastic tote is provided. The edges of the tears are bevelled and the tears are then welded with a plastic material which is of the same type as the material from which the plastic tote is made. A strip of plastic material is formed into a closed loop by welding the ends of the loop together. The loop is placed around the upstanding walls, preferably around the upper edge thereof and the loop is then spot welded to the upstanding walls. In an alternative embodiment, only a loop is placed around the tote and the tears are not welded.

Abstract: Both positive and negative time interval measurements between start and stop channel signals are made without ambiguity during repetitive measurements. Circuitry monitors the start and stop channel signals and automatically changes the arming of the measurement circuitry whenever drifting of the signals requires a change in arming. Once the start or stop channel event is chosen as the initial source of the arming signal, subsequent arming signal selections are accomplished automatically.