Abstract: A laser bore sight with arbor system is disclosed which includes a bore sight with a housing, a laser and an activation switch. The system also includes a plurality of arbors, each arbor having a sleeve with an interior channel configured to be received the bore sight. Each arbor is configured to fit within the bore and/or breach of a firearm. The exterior configuration of each arbor is different and specifically configured to fit a specific caliber of firearm. The sleeve has a rear end to which is coupled an end cap having and opening through which the bore sight activation switch extends.

Abstract: An adjustable laser sight is described to be utilized with a firearm and a select ammunition having a known trajectory. The sight has an outer housing and a movable laser diode. The sight also includes a vertical adjuster for varying the vertical angle of the diode. The vertical adjuster has a turret with a series of detent holes therein which mesh with a spring biased detent. The turret detent holes are unevenly spaced from each other, with the spacing increasing between each successive pair of turret detent holes. Each turret detent hole is associated with a progressively increasing incremental target distance mark on the turret. A first bushing is rotatably coupled to the turret and is rotatably coupled to a second bushing with camming members. The second bushing also has an internally threaded adjustment screw therein for even adjustment of the laser diode.

Abstract: A laser bore sight with arbor system is disclosed which includes a bore sight with a housing, a laser and an activation switch. The system also includes a plurality of arbors, each arbor having a sleeve with an interior channel configured to be received the bore sight. Each arbor is configured to fit within the bore and/or breach of a firearm. The exterior configuration of each arbor is different and specifically configured to fit a specific caliber of firearm. The sleeve has a rear end to which is coupled an end cap having and opening through which the bore sight activation switch extends.

Abstract: A system and method can support federation replication in a distributed computing environment. The system can provide one or more federation replication channels between a plurality of members in a first cluster and a plurality of members in a second cluster. Furthermore, a replication request can be transmitted from a federation coordinator to the plurality of members in the first cluster, wherein each said member in the first cluster owns a set of partitions. Then, the aggregated data for each said partition in the first cluster can be sent to the plurality of members in the second cluster via said one or more federation replication channels. Additionally, using the second cluster, the system can take a persistent snapshot of information on the plurality of members in the first cluster while the first cluster is operational.

Abstract: An adjustable laser sight is described to be utilized with a firearm and a select ammunition having a known trajectory. The sight has an outer housing and a movable laser diode. The sight also includes a vertical adjuster for varying the vertical angle of the diode. The vertical adjuster has a turret with a series of detent holes therein which mesh with a spring biased detent. The turret detent holes are unevenly spaced from each other, with the spacing increasing between each successive pair of turret detent holes. Each turret detent hole is associated with a progressively increasing incremental target distance mark on the turret. A first bushing is rotatably coupled to the turret and is rotatably coupled to a second bushing with camming members. The second bushing also has an internally threaded adjustment screw therein for even adjustment of the laser diode.

Abstract: A system and method can support a distributed data structure in a distributed data grid. The distributed data grid includes a plurality of buckets, wherein each said bucket is configured with a capacity to contain a number of elements in the distributed data structure. Furthermore, the distributed data grid includes a state owner process, which is configured to hold state information for the distributed data structure and provides the state information for the distributed data structure to a client process.

Abstract: A system and method can support a distributed queue in a distributed data grid. The distributed queue can include a queue of buckets stored on a plurality of processes, wherein each said bucket is configured to contain a number of elements of the distibuted queue. Furthermore, the distributed queue can include a named queue that holds a local version of a state information for the distributed queue, wherein said local version of the state information contains a head pointer and a tail pointer to the queue of buckets in the distributed data grid.

Abstract: A system and method can support federation replication in a distributed computing environment. The system can provide one or more federation replication channels between a plurality of members in a first cluster and a plurality of members in a second cluster. Furthermore, a replication request can be transmitted from a federation coordinator to the plurality of members in the first cluster, wherein each said member in the first cluster owns a set of partitions. Then, the aggregated data for each said partition in the first cluster can be sent to the plurality of members in the second cluster via said one or more federation replication channels. Additionally, using the second cluster, the system can take a persistent snapshot of information on the plurality of members in the first cluster while the first cluster is operational.

Abstract: A system and method can support a distributed data structure in a distributed data grid. The distributed data grid includes a plurality of buckets, wherein each said bucket is configured with a capacity to contain a number of elements in the distributed data structure. Furthermore, the distributed data grid includes a state owner process, which is configured to hold state information for the distributed data structure and provides the state information for the distributed data structure to a client process.

Abstract: A system and method can support a distributed queue in a distributed data grid. The distributed queue can include a queue of buckets stored on a plurality of processes, wherein each said bucket is configured to contain a number of elements of the distibuted queue. Furthermore, the distributed queue can include a named queue that holds a local version of a state information for the distributed queue, wherein said local version of the state information contains a head pointer and a tail pointer to the queue of buckets in the distributed data grid.

Abstract: ‘REGAL VELVET’ is a distinctive variety of Anigozanthos hybrid which is characterized by the combination of its medium plant height with an upright growth habit and a semi-erect leaf attitude, large number of flowers per inflorescence and a flower color consisting of yellow green colored perianth tube with a red colored ovary.

Abstract: ‘GOLD VELVET’ is a distinctive variety of Anigozanthos hybrid which is characterized by the combination of its medium plant height with an upright growth habit and a semi-erect leaf attitude, large number of flowers per inflorescence and a predominantly yellow colored perianth tube.

Abstract: ‘AMBER VELVET’ is a distinctive variety of Anigozanthos hybrid which is characterized by the combination of its medium plant height with an upright growth habit and a semi-erect leaf attitude, large number of flowers per inflorescence and a predominantly orange colored perianth tube.

Abstract: A heat source locator (10) is disclosed having an elongated housing (11) in which is mounted a thermal detector (21), an infrared laser (22), a visible laser (23), and a light bar (25) all coupled directly or indirectly to the outputs of a semi-conductor (27). The thermal detector (21) is mounted within the housing (11) to sense a thermal input within a field of view FV along a central longitudinal axis LA. The infrared laser (22) is mounted within the housing (11) to transmit an infrared laser beam IRB generally parallel to and closely adjacent the longitudinal axis LA. The visible light (23) is mounted within the housing (11) to transmit a visible light laser beam VB generally parallel to and closely adjacent the longitudinal axis LA. With this construction, a target may be generally located by the thermal detector and the location pinpointed through an illumination of the target by one of the lasers.

Abstract: An archery laser bow sight (10) for a bow (11) having a forwardly extending stabilizing bar (17) is provided having a laser (22) and a mounting system (21) for mounting the laser (22) to the stabilizing bar (17). The mounting system (21) has a laser carrier (25), a top clamping bracket (26) and two lower clamping brackets (27) which fixedly capture the bow stabilizing bar (16) therebetween.

Abstract: A laser bore sight (10) is disclosed hollow, outer housing (11) having an internally threaded, rear portion (14), and a threaded end cap (17) is sized and shaped to be threaded to the housing rear portion (14). The end cap (17) includes a threaded, tubular stem (18) having an annular rim (18′), an electrically insulative spacer (20) and a spring (21). The bore sight (10) also includes a laser diode (24), lens (25), a series of three batteries (26), an electrically conductive spring (27), and an electrical conductor. The end cap (17) is movable between an extended position with the spacer protruding from the end of the stem (18) and a retracted position with the spacer recessed within the stem so as to allow the battery to electrically contact the end cap.

Abstract: A heat source locator (10) is disclosed having an elongated housing (11) in which is mounted a thermal detector (21), an infrared laser (22), a visible laser (23), and a light bar (25) all coupled directly or indirectly to the outputs of a semi-conductor (27). The thermal detector (21) is mounted within the housing (11) to sense a thermal input within a field of view FV along a central longitudinal axis LA. The infrared laser (22) is mounted within the housing (11) to transmit an infrared laser beam IRB generally parallel to and closely adjacent the longitudinal axis LA. The visible light (23) is mounted within the housing (11) to transmit a visible light laser beam VB generally parallel to and closely adjacent the longitudinal axis LA. With this construction, a target may be generally located by the thermal detector and the location pinpointed through an illumination of the target by one of the lasers.

Abstract: ‘AMBER VELVET’ is a distinctive variety of Anigozanthos hybrid which is characterized by the combination of its medium plant height with an upright growth habit and a semi-erect leaf attitude, large number of flowers per inflorescence and a predominantly orange colored perianth tube.

Abstract: A laser bore sight (10) is disclosed hollow, outer housing (11) having an internally threaded, rear portion (14), and a threaded end cap (17) is sized and shaped to be threaded to the housing rear portion (14). The end cap (17) includes a threaded, tubular stem (18) having an annular rim (18?), an electrically insulative spacer (20) and a spring (21). The bore sight (10) also includes a laser diode (24), lens (25), a series of three batteries (26), an electrically conductive spring (27), and an electrical conductor. The end cap (17) is movable between an extended position with the spacer protruding from the end of the stem (18) and a retracted position with the spacer recessed within the stem so as to allow the battery to electrically contact the end cap.

Abstract: ‘GOLD VELVET’ is a distinctive variety of Anigozanthos hybrid which is characterized by the combination of its medium plant height with an upright growth habit and a semi-erect leaf attitude, large number of flowers per inflorescence and a predominantly yellow colored perianth tube.