Abstract: A multiple tier center support stand that includes a plurality of plates each being configured to be associated with a mechanical fastener and a plurality of posts each being configured to be associated with a mechanical fastener. The mechanical fastener is arranged on at least one of the plurality of plates and the plurality of posts in order to vertically arrange the plurality of plates and the plurality of posts. At least one of the plurality of plates is configured to be disassembled in at least two pieces.

Abstract: The invention is directed to a multiple tier center support stand that includes a plurality of plates each being configured to be associated with a mechanical fastener and a plurality of posts each being configured to be associated with a mechanical fastener. The mechanical fastener is arranged on at least one of the plurality of plates and the plurality of posts in order to vertically arrange the plurality of plates and the plurality of posts. At least one of the plurality of plates is configured to be disassembled in at least two pieces.

Abstract: Methods and systems of managing content. More particularly, methods and systems of managing digital media content are provided. A Content Manager Application (Content Manager) can provide one or more user interfaces (UI) allowing a content provider to manage, edit, tag, group, store, secure, and distribute content to a consumer of content.

Abstract: A portioning device is provided for use in cutting or leveling a food product. The portioning device comprises a handle section that is configured to be manipulated by a user, a leg section and a blade. The handle section includes an arm configured to receive a leg, a sleeve configured to slide over a portion of the arm, and an arm connector pivotally coupled to the arm. The leg section is configured to support the portioning device on a surface. The leg section includes a blade holder configured to hold an end of a blade portion, and a leg lock configured to adjustably lock the leg in a position. The blade is configured to cut an object.

Abstract: An internal subwoofer apparatus is provided for mounting within a computer system. The computer system is a multi-media computer system that processes visual and audio recording and playback. The central processing unit box typically includes the motherboard on which is mounted the main central processing unit as well as any ancillary processing chips needed for the computer system. The computer system also includes memory modules such as short-term memory, long-term memory storage in the form of hard disk drives or removable floppy disk drive systems, as well as long-term disk storage systems, such as CD-ROM systems. User input to the computer system is provided by a keyboard and optionally a pointing device, such as a mouse or track ball. A monitor that displays video signals is provided and the audio system includes a pair of satellite speakers serving as a first channel and a second channel.

Abstract: A method of controlling a tire belt machine having a cutting station that receives a strip of material cuts it into plural lengths that are spliced together on a belt conveyor, the method including establishing a belt conveyor index distance; receiving signals representing a width of the strip entering a cutting station; and automatically adjusting the belt conveyor index distance based on the strip's width such that uniform splice characteristics are attained.

Abstract: In general the present invention provides an alignment assembly for aligning a strip before it is cut in a cutting station in a tire belt making machine, the alignment assembly including a guide that defines an axis, a surface adapted to support the strip adjacent to the guide, and an actuator adapted to move at least one of the guide toward the surface to contact an edge of the strip against the guide, thereby aligning the strip to the guide's axis.

Abstract: Mobile LMUs can be used in a Wireless Location System to provide detection coverage in areas lacking adequate receiver coverage. The mobile LMUs can be used to detect the radio frequency (RF) transmissions from wireless handsets and devices over a period of time to permit determination of their location. The mobile LMU's time, position, and velocity is calculated and transmitted to a SMLC along with any transmissions received from wireless devices. The SMLC analyzes and resolves the Doppler component of the wireless device while compensating for the Doppler component of the mobile LMU. The position and velocity of the wireless device can be compared with real-time imagery taken by the mobile LMU platform to accurately determine the location of the wireless device. To enhance the mobile LMU's ability to detect a signal of interest, which may be very weak and/or corrupted by noise, a process may be employed whereby the low power mobile terminals' signals are received at receiving sites and stored in memory.