Abstract: A battery pack assembly includes a first cell stack having a first side and a second side. The first side is transverse to the second side. A second cell stack is adjacent the first side of first cell stack. A divider has a barrier portion and an attachment portion. The barrier portion is disposed between the first side of the first cell stack and the second cell stack. The attachment portion is secured directly to the second side of the first cell stack.

Abstract: Implementations disclosed herein provide a network agent embodied in firmware and/or software that replays network traffic of an enterprise network to an entity outside of the enterprise network. The network agent selects and processes the network traffic according to certain policies set by the enterprise network or a third party security management system. These policies allow for a capture and replay of high-integrity data that enables threat analysis.

Abstract: Implementations disclosed herein provide a network agent embodied in firmware and/or software that replays network traffic of an enterprise network to an entity outside of the enterprise network. The network agent selects and processes the network traffic according to certain policies set by the enterprise network or a third party security management system. These policies allow for a capture and replay of high-integrity data that enables threat analysis.

Abstract: Implementations disclosed herein provide a network agent embodied in firmware and/or software that replays network traffic of an enterprise network to an entity outside of the enterprise network. The network agent selects and processes the network traffic according to certain policies set by the enterprise network or a third party security management system. These policies allow for a capture and replay of high-integrity data that enables threat analysis.

Abstract: Implementations disclosed herein provide a network agent embodied in firmware and/or software that replays network traffic of an enterprise network to an entity outside of the enterprise network. The network agent selects and processes the network traffic according to certain policies set by the enterprise network or a third party security management system. These policies allow for a capture and replay of high-integrity data that enables threat analysis.

Abstract: Implementations disclosed herein provide a network agent embodied in firmware and/or software that replays network traffic of an enterprise network to an entity outside of the enterprise network. The network agent selects and processes the network traffic according to certain policies set by the enterprise network or a third party security management system. These policies allow for a capture and replay of high-integrity data that enables threat analysis.

Abstract: A method, and apparatus are provided for controlling transition rates on adjacent interconnects in an electronic chip design. Each interconnect includes a first inverter that receives a net input and provides an initial inverted output and a second inverter coupled to the first inverter receiving the initial inverted output and providing a net output. A first compensating logic transistor stack coupled to the first inverter and a first adjacent net receives the initial inverted output and the first adjacent net input for selectively providing conductive paths. A second compensating logic transistor stack coupled to the first inverter and a second adjacent net receiving the initial inverted output and the second adjacent net input for selectively providing conductive paths.

Abstract: An apparatus and method for recording segment execution times in a processing system are provided. The method includes the steps of recording a timestamp corresponding to the beginning of a segment to be executed, wherein the recording step is conducted through a firmware operation. The method further includes the step of updating the timestamp with an elapsed segment execution time, wherein the updating step is conducted through a plurality of hardware based operations that are executed without firmware interaction.

Abstract: An apparatus and method for recording segment execution times in a processing system are provided. The method includes the steps of recording a timestamp corresponding to the beginning of a segment to be executed, wherein the recording step is conducted through a firmware operation. The method further includes the step of updating the timestamp with an elapsed segment execution time, wherein the updating step is conducted through a plurality of hardware based operations that are executed without firmware interaction.

Abstract: An embedded directory record and method are provided for maintaining directory information for compressed data on a direct access storage device (DASD). The embedded directory record includes a plurality of page entries, a plurality of exception region entries and a plurality of compression group statistics. Each page entry includes an allocated page length value and a number of used sectors value in the allocated page. The exception region entries include a page index and a bit map used for identifying exception sectors used. The compression group statistics include a total count of allocated sectors, a total count of the used sectors; and a total count of written pages. A starting page address for a requested page is identified beginning at a start of the page entries by summing the allocated page length values for each page up to the requested page to identify an offset value and combining the offset value with a predetermined logical block address.

Abstract: A data compression storage method and data compression hierarchical padding structure are provided for a direct access storage device (DASD) using fixed block architecture (FBA). A minimum page allocation defining a minimum number of sectors allocated for each logical compressed data page is selected. The DASD is segmented into at least one compression group. Each compression group has a fixed logical size and includes a selected number of DASD compressed data pages with an initial page allocation of a number of sectors. The initial page allocation is greater than or equal to the minimum page allocation. A minimum number of compressed data regions is allocated within each compression group. A selected number of additional compressed data regions including a plurality of sectors for padding is allocated within each compression group. The plurality of padding sectors are distributed between the compression pages. An exception region is allocated within each compression group.

Abstract: A countershaft transmission includes first and second directional clutches and first, second and third speed clutches of the hydraulically actuated, rotating disc type to provide three forward speeds and three reverse speeds for a track-type tractor or the like. Included is an input shaft with first and second gears connected to rotate therewith that define midplanes normal to the input shaft. The directional clutches and the speed clutches are located axially between the midplanes in radially aligned relationships and a plurality of other constantly meshing gears are used including at least one pair of gears located axially exteriorly of the midplanes for compactness and to promote speed reduction ratio flexibility. A second embodiment provides six forward speeds by adding a directional clutch and another gear within the same compact dimensions.

Abstract: A transmission control assembly for a transmission having an input clutch movable between an engaged position and a disengaged position, a plurality of gears, a shaft, and a plurality of sliding collars selectively coupling the gears to the shaft, the control assembly including an input clutch control system having a manually operated input clutch control member movable between a first position and a second position for respectively selecting the engaged and disengaged positions of the input clutch, a shift control mechanism for urging one of the sliding collars into an active position connecting one of the gears to the shaft, the shift control mechanism having a manually operated speed control member movable between a plurality of speed positions, and an interlock control system for automatically preventing movement of the speed control member between the speed positions until the input clutch control member is at the second position.

Abstract: A transmission arrangement for a vehicle includes a housing assembly mounted on the rear end of the vehicle, a tubular transmission input shaft supported substantially within the housing assembly, an engine driven shaft extending through the transmission input shaft, and an input clutch assembly connected between the engine driven shaft and the transmission input shaft for selectively coupling them together, the input clutch assembly being adjacent and accessible through a rear cover of the housing assembly.

Abstract: A compact transmission arrangement for a vehicle includes a constant mesh transmission and a bevel gear driven by the transmission which are mounted within a common housing assembly releasable from the vehicle.

Abstract: A vehicle transmission couples a plurality of input driven planetary arrangements with a plurality of selectable direct drive gear reduction means. The plurality of input driven planetary arrangements include a reverse planetary gear arrangement and in the preferred embodiment two forward planetary gear arrangements. The two forward planetary gear arrangements, each of which includes a ring gear which may be stopped, share a common planet carrier which drives the selectable direct drive gear reduction means. The reverse planetary gear arrangement includes a planet carrier which may be stopped, thus an associated reverse ring gear rotates in an opposite direction relative the input shaft. The reverse ring gear is coupled to the common planet carrier of the forward planet section. The direct drive section includes three drive gears in the preferred embodiment rotatably mounted on a quill shaft driven by the common planet carrier and coaxially mounted about the input shaft.

Abstract: A vehicle transmission couples a planetary type reduction section and a multi range speed section by means of a directional drive section. The planetary reduction section provides two underway speed ranges for each speed and direction combination selected in the multi range speed section and directional drive section. The two speed ranges available in the planetary reduction section are obtained through a rotating clutch selectively operable to engage the planet carrier with the input shaft to drive an output sun gear interconnected with the directional drive section, and a brake to stop rotation of the planet carrier relative the input shaft to allow the output sun gear to be driven by planet gears mounted on the planet carrier. Coaxial arrangement of the directional drive section about the input shaft permits direct drive of a power takeoff coupling mounted on the input shaft and further allows mounting of an accessory drive gear on the input shaft.

Abstract: A mechanism for varying the position of a plurality of nozzle vanes in a gas turbine engine. The mechanism includes a single double-acting hydraulic actuating jack disposed between two bell cranks for simultaneously applying force to a ring gear at two diametrically opposed connection points. The single actuating jack applies equal and opposite forces to the diametrically opposed connection points on the ring gear and reduces distortion producing stresses therein. The ring gear simultaneously engages a plurality of individual gear segments rotatable with each individual nozzle vane in the engine. Movement of the single actuator jack causes balanced rotation of the ring gear and simultaneous rotation of the nozzle vanes.