Abstract: A shipping box system and method are provided in which a shipping box has a container having a bottom surface and a plurality of walls, the container walls forming a perimeter about a container cavity. The shipping box further has a lid having a top surface and walls, the lid walls forming a perimeter about a lid cavity. The box further provides a sensor module for determining a physical location and orientation of the container, a computations module for evaluating data retrieved from the sensor module, and a locking assembly for locking the container and the lid in a closed configuration. The container and the lid are sized to nest, such that when the lid is fixed to the container, the container cavity and the lid cavity occupy substantially the same space and the container walls and the lid walls overlap.

Abstract: A shipping box system and method are provided in which a shipping box has a container having a bottom surface and a plurality of walls, the container walls forming a perimeter about a container cavity. The shipping box further has a lid having a top surface and walls, the lid walls forming a perimeter about a lid cavity. The box further provides a sensor module for determining a physical location and orientation of the container, a computations module for evaluating data retrieved from the sensor module, and a locking assembly for locking the container and the lid in a closed configuration. The container and the lid are sized to nest, such that when the lid is fixed to the container, the container cavity and the lid cavity occupy substantially the same space and the container walls and the lid walls overlap.

Abstract: A shipping box system and method are provided in which a shipping box has a container having a bottom surface and a plurality of walls, the container walls forming a perimeter about a container cavity. The shipping box further has a lid having a top surface and walls, the lid walls forming a perimeter about a lid cavity. The box further provides a sensor module for determining a physical location and orientation of the container, a computations module for evaluating data retrieved from the sensor module, and a locking assembly for locking the container and the lid in a closed configuration. The container and the lid are sized to nest, such that when the lid is fixed to the container, the container cavity and the lid cavity occupy substantially the same space and the container walls and the lid walls overlap.

Abstract: A shipping box system and method are provided in which a shipping box has a container having a bottom surface and a plurality of walls, the container walls forming a perimeter about a container cavity. The shipping box further has a lid having a top surface and walls, the lid walls forming a perimeter about a lid cavity. The box further provides a sensor module for determining a physical location and orientation of the container, a computations module for evaluating data retrieved from the sensor module, and a locking assembly for locking the container and the lid in a closed configuration. The container and the lid are sized to nest, such that when the lid is fixed to the container, the container cavity and the lid cavity occupy substantially the same space and the container walls and the lid walls overlap.

Abstract: A shipping box system and method are provided in which a shipping box has a container having a bottom surface and a plurality of walls, the container walls forming a perimeter about a container cavity. The shipping box further has a lid having a top surface and walls, the lid walls forming a perimeter about a lid cavity. The box further provides a sensor module for determining a physical location and orientation of the container, a computations module for evaluating data retrieved from the sensor module, and a locking assembly for locking the container and the lid in a closed configuration. The container and the lid are sized to nest, such that when the lid is fixed to the container, the container cavity and the lid cavity occupy substantially the same space and the container walls and the lid walls overlap.

Abstract: According to the process of this invention, alcohols are recovered from aqueous acid solution by permeation of the alcohol through an organic-acid modified polymer membrane. An improved process for the manufacture of alcohols by acid absorption of olefins is also disclosed, the improvement residing in the use of an organic-acid modified polymer membrane to selectively permeate alcohols from the concentrated aqueous strong acid solution thereof co-produced in their synthesis from olefins.

Abstract: The present invention describes a method for separating mixtures of aromatics and non-aromatics by permeation through a sulfonated polysulfone membrane which is selective for aromatics.

Abstract: According to the process of this invention, alcohols are recovered from aqueous acid solution by permeation of the alcohol through a perfluorinated ionomer membrane. An improved process for the manufacture of alcohols by acid absorption of olefins is also disclosed, the improvement residing in the use of a perfluorinated ionomer membrane to selectively permeate alcohols from the concentrated aqueous strong acid solution thereof co-produced in their synthesis from olefins.

Abstract: An improved reforming catalyst employing a zeolite L support is provided by soaking the zeolite L in an alkali solution having a pH of at least 11 for a time and at a temperature effective to increase the period of time over which the catalytic activity of the catalyst is maintained.

Abstract: An improved reforming catalyst employing a zeolite L support is provided by soaking the zeolite L in an alkali solution having a pH of at least 11 for a time and at a temperature effective to increase the period of time over which the catalytic activity of the catalyst is maintained.