Abstract: The “Cargo and Board Transportation System” (“CBTS”) is a multi-purpose, reusable storage and transportation container with a built-in vehicular roof rack and attachment system. A CBTS comprises an exterior layer (6); a zippered opening (11); at least one anterior soft rack (18) bonded to the exterior layer (6) and equipped with a vehicle strapping system (3, 3′) that traverses the soft rack and is bonded to the exterior layer (6) and/or the anterior soft rack (18); and at least one posterior soft rack (19) bonded to the exterior layer (6) and equipped with a vehicle strapping system (3, 3′) that traverses the soft rack and is bonded to the exterior layer (6) and/or the posterior soft rack (19). Universal clips (14) and universal clip webbing (20), and buddy system straps (2, 2′), are desirable to enable load compression and joining other cargo bags to a first CBTS.

Abstract: A bidirectional drilling downhole steering and survey tool for detecting ferromagnetic bodies from an off vertical borehole, transmitting the signals from the downhole sensors to surface equipment while drilling, and for calculation of the range and direction to the detected ferromagnetic body for the use of the directional driller in intercepting or avoiding the ferromagnetic body. In combination with the steering and range and direction to ferromagnetic body capabilities, the downhole tool may also include sensors for detecting formation bed interface, apparatus for electric or gamma ray or radioactive logging, neutron density sensor apparatus and other formation evaluation or correlation apparatus. The downhole tools may be packaged, in either an electric line transmitted tool of MWD transmitted tool.

Abstract: A directional drilling downhole steering and survey tool for detecting ferromagnetic bodies from an off vertical borehole, transmitting the signals from the downhole sensors to surface equipment while drilling, and for calculation of the range and direction to the detected ferromagnetic body for the use of the directional driller in intercepting or avoiding the ferromagnetic body. In combination with the steering and range and direction to ferromagnetic body capabilities, the downhole tool may also include sensors for detecting formation bed interface, apparatus for electric or gamma ray or radioactive logging, neutron density sensor apparatus and other formation evaluation or correlation apparatus. The downhole tools may be packaged in either an electric line transmitted tool of MWD transmitted tool.