Abstract: An apparatus and method are related to navigating through calendar based information on a device. Calendar based content associated with a calendar channel is stored on the device. The device includes modes for categorically displaying different types of information associated with the calendar channel. Example modes include: appointments view, event view, and month view. The appointment view mode is organized to display appointment information on the electronic device. The event view mode is arranged to display event information that is organized according to a day list format. The month view mode displays the days of the month. The calendar channel is synchronized and customized by the user from a single user interface.

Abstract: A common channel signaling system is disclosed that communicates Signaling System Number 7 (SS7) signaling information between two SS7 Signaling Points (SPs) through a packet-switched network. The preferred embodiment of the system includes at least two SS7 SPs and two Signaling Gateways (SGs). Each SG communicates SS7 signaling information with a separate one of the two SS7 SPs through a dedicated circuit. The two SGs intercommunicate with each other through a packet switched network. Additionally, the two SS7 SPs communicate the SS7 signaling information between each other through the two dedicated circuits, the two SGs, and the packet switched network. The common channel signaling data is for transmission over a packet switched network and is then transmitted to a received SG. The receiving SG receives the common channel signal data therefrom.

Abstract: A common channel signaling system is disclosed that communicates Signaling System Number 7 (SS7) signaling information between two SS7 Signaling Points (SPs) through a packet-switched network. The preferred embodiment of the system includes at least two SS7 SPs and two Signaling Gateways (SGs). Each SG communicates SS7 signaling information with a separate one of the two SS7 SPs through a dedicated circuit. The two SGs intercommunicate with each other through a packet switched network. Additionally, the two SS7 SPs communicate the SS7 signaling information between each other through the two dedicated circuits, the two SGs, and the packet switched network. The common channel signaling data is for transmission over a packet switched network and is then transmitted to a received SG. The receiving SG receives the common channel signal data therefrom.

Abstract: A common channel signaling system is disclosed that communicates Signaling System Number 7 (SS7) signaling information between two SS7 Signaling Points (SPs) through a packet-switched network. The preferred embodiment of the system includes at least two SS7 SPs and two Signaling Gateways (SGs). Each SG communicates SS7 signaling information with a separate one of the two SS7 SPs through a dedicated circuit. The two SGs intercommunicate with each other through a packet switched network. Additionally, the two SS7 SPs communicate the SS7 signaling information between each other through the two dedicated circuits, the two SGs, and the packet switched network. The common channel signaling data is for transmission over a packet switched network and is then transmitted to a received SG. The receiving SG receives the common channel signal data therefrom.

Abstract: A common channel signaling system is disclosed that communicates Signaling System Number 7 (SS7) signaling information between two SS7 Signaling Points (SPs) through a packet-switched network. The preferred embodiment of the system includes at least two SS7 SPs and two Signaling Gateways (SGs). Each SG communicates SS7 signaling information with a separate one of the two SS7 SPs through a dedicated circuit. The two SGs intercommunicate with each other through a packet switched network. Additionally, the two SS7 SPs communicate the SS7 signaling information between each other through the two dedicated circuits, the two SGs, and the packet switched network. The common channel signaling data is for transmission over a packet switched network and is then transmitted to a received SG. The receiving SG receives the common channel signal data therefrom.

Abstract: A common channel signaling system is disclosed that communicates Signaling System Number 7 (SS7) signaling information between two SS7 Signaling Points (SPs) through a packet-switched network. The preferred embodiment of the system includes at least two SS7 SPs and two Signaling Gateways (SGs). Each SG communicates SS7 signaling information with a separate one of the two SS7 SPs through a dedicated circuit. The two SGs intercommunicate with each other through a packet switched network. Additionally, the two SS7 SPs communicate the SS7 signaling information between each other through the two dedicated circuits, the two SGs, and the packet switched network. The common channel signaling data is for transmission over a packet switched network and is then transmitted to a received SG. The receiving SG receives the common channel signal data therefrom.

Abstract: A common channel signaling system is disclosed that communicates Signaling System Number 7 (SS7) signaling information between two SS7 Signaling Points (SPs) through a packet-switched network. The preferred embodiment of the system includes at least two SS7 SPs and two Signaling Gateways (SGs). Each SG communicates SS7 signaling information with a separate one of the two SS7 SPs through a dedicated circuit. The two SGs intercommunicate with each other through a packet switched network. Additionally, the two SS7 SPs communicate the SS7 signaling information between each other through the two dedicated circuits, the two SGs, and the packet switched network. The common channel signaling data is for transmission over a packet switched network and is then transmitted to a received SG. The receiving SG receives the common channel signal data therefrom.

Abstract: A common channel signaling system is disclosed that communicates Signaling System Number 7 (SS7) signaling information between two SS7 Signaling Points (SPs) through a packet-switched network. The preferred embodiment of the system includes at least two SS7 SPs and two Signaling Gateways (SGs). Each SG communicates SS7 signaling information with a separate one of the two SS7 SPs through a dedicated circuit. The two SGs intercommunicate with each other through a packet switched network. Additionally, the two SS7 SPs communicate the SS7 signaling information between each other through the two dedicated circuits, the two SGs, and the packet switched network. The common channel signaling data is for transmission over a packet switched network and is then transmitted to a received SG. The receiving SG receives the common channel signal data therefrom.

Abstract: A vehicle cargo bed has reconfigurable drop side and tail panels. Tail lights are incorporated within the reconfigurable panels. Each side panel is hinged with respect to the cargo bed so that the side panel can pivot downwardly to a cargo bed widening horizontal position or upwardly to a vertical or horizontal position spaced from the cargo bed. The cargo bed includes a storage box accessible through the side entrance. The side panel may also be hinged with respect to itself to form a lip or small restraining wall.

Abstract: A system manages the operations of an integrated communications provider. One aspect of the system is a work flow engine. The work flow engine decomposes the service model into sub-model components based upon whether crossing of plural networks is appropriate to provide requested telecommunication services and which service providers are available to provide service consistent with the location of the customer. The work flow engine also creates a telecommunications design from the sub-model components based on order rules of the service providers. The system automatically retrieves customer service records and preparing sales proposals based on those records. The system includes a gateway to incumbent local exchange carriers and trading partner service providers.

Abstract: There is disclosed a rearward closure assembly for an automotive vehicle. The assembly includes a rear panel and a rearward roof panel that can be moved along track guides that extend from a rear portion of the vehicle to the top of the vehicle. The rear panel can be translated from a first position to a second position such that the rear panel and roof panel are generally opposing and parallel to each other to open a lower portion of a rearward passageway of the vehicle. Thereafter, the rear panel and the roof panel can be translated above a top portion of the vehicle to open an upper portion of the rearward passageway.

Abstract: A system for management of an integrated communications provider comprising a means of automatically retrieving customer service records and preparing sales proposals therefrom. The invention further comprises components for pre-ordering management functions, circuit management, design management, service management, and gateway to incumbent local exchange carriers and trading partners. The system incorporates features that automate comparisons between existing services and proposal services, alarming of failures of confirmations, optimizing on-net and off-net services, creation of cutover reports and issuance of service requests to local exchange carriers and trading partners.

Abstract: A canalicular plug includes a throughbore provided with a valve. Preferably, the plug has a proximal occluding head, a central shaft and a distal body portion. The throughbore is preferably stepped and includes a large proximal portion for receiving an insertion tool and a smaller distal portion. The valve is preferably integrally molded with the canalicular plug, and the plug is preferably made from a resilient biocompatible material. According to a preferred aspect of the invention, the distal body portion includes at least one slot dividing the distal portion into a plurality of resilient portions which are biased apart and coupled by a foldable curtain portion extending between the resilient portions. The resilient portions are inwardly compressible about the slot. When compressed together, the distal ends of the resilient portions together form a generally conical or frustoconical shape which facilitates insertion through the punctal opening.

Abstract: Method and apparatus for drilling, completion, well workovers and well control, combining an integrated lifting unit and a coiled tubing unit, the method and apparatus permit running jointed pipe and coil tubing in combination, and standing multiple joints of pipe near the unit. The invention combines a hydraulic pipe hoisting system, pipe handling systems and pipe racking containment apparatus. A hydraulic workover jack is combined with a multifunction injector head and a standpipe for fluid circulation. The invention may also include a rotary table for rotating pipe and/or a rotating power swivel to allow fluid circulation during pipe rotation. Also included are a gin pole, a winching system for jointed pipe, and a traveling head with traveling slips and stationary slips to allow pipe movement in the well. Hydraulic systems allow insertion and extraction of tools in a work string.

Abstract: An arrangement (apparatus and method) for monitoring jitter caused during transport of digitally-coded information in a packet switched network, and for managing network operations in accordance with the detected jitter. The detected jitter is used to determine whether corrective action is necessary, such as rerouting network traffic, or performing network maintenance. The disclosed arrangement detects program clock reference (PCR) values from an MPEG-encoded transport stream, whereby each pair of PCR values represents an expected arrival time of a corresponding stream segment. An actual arrival time for the corresponding stream segment is determined in response to detection of the corresponding PCR values and an independent clock signal. The expected arrival time of the stream segment and the actual arrival time are correlated with an accumulation of expected and actual arrivaimes of previously-received data packet stream segments in order to determine the jitter in the digital data stream.

Abstract: An arrangement (apparatus and method) for dynamically provisioning infrastructure components in a digital communication network using an object-oriented relational paradigm. A network configuration system, also referred to as a video support system, stores all related information on each of the infrastructure components (IFCs) as objects in an object oriented relational database, including the functions, capabilities, locations, when and how the IFCs are assigned, and the capacities, working and spare, existing in and between various locations. The objects are arranged into clusters based on common characteristics, and the object clusters (modules), selectively access other modules to provide functional and logical connections independent from nonrelevant objects, such as physical location. Entity relationships establish the relevancy of different objects and object clusters.

Abstract: A data processor (40) includes source (60) and destination (61) address generation units (AGUs) to update source and destination addresses for efficient digital signal processing (DSP) functions. The data processor (40) includes an instruction decoder (41) which recognizes a bit movement instruction, which is frequently encountered in data interleaving operations. In response to the bit movement instruction, the instruction decoder (41) causes the source (60) and destination (61) AGUs to update their present addresses using variable offset values. The instruction decoder (41) further causes a bus controller (44) to convert these bit addresses to corresponding operand addresses and bit fields. The bus controller (44) accesses source and destination operands using the operand addresses. The instruction decoder (41) then causes an execution unit (45) to transfer a bit from the source operand indicated by the source bit field to a bit position of the destination operand indicated by the destination bit field.

Abstract: A circular buffer address generation unit (630) may be accomplished by first determining a potential next address (635) based on a current address (644) and an address offset value (646). Having established the potential next address (635), the potential next address (635) is compared with an ending address (640) of the circular buffer. When the potential next address compared favorably with the ending address, use the potential next address as a new address (650), otherwise generate the new address (650) from a beginning address (642) of the circular buffer.

Abstract: A DSP co-processor (72) that is used on an integrated circuit (24) that provides multiple communication functions is accomplished by providing a data bus interface (320), a sequencer (328), internal memory (33), and a data core (322). The sequencer (328) stores in a hardware format a signal processing algorithm (332) and, upon receipt of an operational command, provides address control signals (334) and operation control signals (336) to the data core (322). The data core (322), which includes an address generation unit (340) and an arithmetic unit (344), executes, via the arithmetic unit, operational instructions of the signal processing algorithm to produce resultant signals from the input samples, the intermediate resultants, and the algorithm co-efficients.

Abstract: Solid waste is sorted by passing it through a rotating hollow drum which has sets of extensions, called flights, from the interior wall of the drum, some sets of flights being separated from each other and from the entrance to the drum by blank sections along the drum wall. The first set of flights are knives, so that filled plastic waste bags are opened and emptied. The second set of flights are adjustable magnet strips, lifting and depositing ferrous material onto a conveyor. A ferrous scraper removes ferrous materials, for depositing onto the conveyor. The third set of flights are flexible lifters for lifting and depositing glass, grit and dirt onto another conveyor. A bar screen is positioned over the conveyor to screen out larger materials, clean the lifters, and to be cleaned by the lifters.