Abstract: Provided is a tilting device and method for a vehicle and the vehicle. The tilting device for the vehicle includes a main frame, a steering mechanism disposed on the main frame, a detent mechanism that is disposed on the main frame and the steering mechanism and that is configured to control a tilt angle of the vehicle where the tilt angle is an angle between the vehicle and a first plane, and a control mechanism that is disposed on the vehicle and electrically connected to the detent mechanism and that is configured to control the tilt angle by controlling the detent mechanism.

Abstract: Provided is a tilting device and method for a vehicle and the vehicle. The tilting device for the vehicle includes a main frame, a steering mechanism disposed on the main frame, a detent mechanism that is disposed on the main frame and the steering mechanism and that is configured to control a tilt angle of the vehicle where the tilt angle is an angle between the vehicle and a first plane, and a control mechanism that is disposed on the vehicle and electrically connected to the detent mechanism and that is configured to control the tilt angle by controlling the detent mechanism.

Abstract: In alternative embodiments, provided are genetically or recombinantly engineered nitrogen-fixing, nitrogenase expressing bacteria capable of enzymatically synthesizing hydrocarbons, and methods for making and using them. In alternative embodiments, provided are genetically or recombinantly engineered nitrogen-fixing, nitrogenase expressing bacteria including nitrogen-fixing diazotrophs such as nitrogen-fixing bacteria of the family Pseudomonadaceae, or the genus Azotobacter, for the whole cell synthesis of hydrocarbons and carbon-carbon bonds. In alternative embodiments, nitrogen-fixing, nitrogenase-expressing bacteria used to practice the invention are genetically or recombinantly engineered to express an exogenous nitrogenase express more endogenous nitrogenase or have increased nitrogenase, activity.

Abstract: In alternative embodiments, provided are genetically or recombinantly engineered nitrogen-fixing, nitrogenase-expressing bacteria capable of enzymatically synthesizing hydrocarbons and generating hydrogen and carbon monoxide, and for carbon dioxide and/or carbon monoxide recycling, and compositions (e.g., bioreactors and devices) for using them, and methods for making and using them. In alternative embodiments, the genetically or recombinantly engineered nitrogen-fixing, nitrogenase expressing bacteria used to practice embodiments provided herein include nitrogen-fixing diazotrophs such as nitrogen-fixing bacteria of the family Pseudomonadaceae, or the genus Azotobacter, including Azotobacter vinelandii, for the whole cell synthesis of hydrocarbons and generating hydrogen and carbon monoxide, and for the recycling of carbon dioxide and/or carbon monoxide.

Abstract: In alternative embodiments, provided are genetically or recombinantly engineered nitrogen-fixing, nitrogenase expressing bacteria capable of enzymatically synthesizing hydrocarbons, and methods for making and using them. In alternative embodiments, provided are genetically or recombinantly engineered nitrogen-fixing, nitrogenase expressing bacteria including nitrogen-fixing diazotrophs such as nitrogen-fixing bacteria of the family Pseudomonadaceae, or the genus Azotobacter, for the whole cell synthesis of hydrocarbons and carbon-carbon bonds. In alternative embodiments, nitrogen-fixing, nitrogenase-expressing bacteria used to practice the invention are genetically or recombinantly engineered to express an exogenous nitrogenase express more endogenous nitrogenase or have increased nitrogenase, activity.