Abstract: The present invention relates to a cutting device for fitting on an unmanned aerial vehicle for the high-level pruning of vegetation in areas close to power distribution lines, which includes at least one system for attachment to the aerial vehicle having a central beam, at least four arms having connection points to connect to rods of the unmanned aerial vehicle, the rods are oriented toward motors of the aerial vehicle for attachment to the aerial vehicle and a system for releasing at least one cutting tool whilst in use, and at least one cutting tool, made up of a plurality of saws each driven by a motor, a cutting rod for attaching the plurality of saws and an automatic leveling system for the cutting rod, which maintains the rod in a horizontal position during the cutting process.

Abstract: Technical methods described herein include an emissions control system for treating exhaust gas from an internal combustion engine in a motor vehicle. The emissions control system includes a three-reaction oxygen storage model. The system further includes a three-way catalyst and a controller that controls an oxygen storage level for the three-way catalyst. The controller determines a first reaction rate representing a net rate of cerium oxidation by oxygen, a second reaction rate representing a net rate of cerium reduction by carbon monoxide, and a third reaction rate representing a net rate of cerium reduction by hydrogen. The controller further determines the oxygen storage level based on the first reaction rate, the second reaction rate, and the third reaction rate.

Abstract: Advertisement is a multi-billion dollar business in US (per year). Here, we use license plate frames for the advertisement. One example of the application describes a license-plate-frame-based advertisement verification system. In order to validate and verify the correct placement/mounting of a license plate frame advertisement at a given location over time, it is necessary to validate that both (a) the ad is correctly placed on the vehicle, and (b) to verify that the ad is at a given location at that time. The method required to verify these includes some control systems and components. Different variations and examples are also presented here.

Abstract: Advertisement is a multi-billion dollar business in US (per year). Here, we use license plate frames for the advertisement. One example of the application describes a license-plate-frame-based advertisement verification system. In order to validate and verify the correct placement/mounting of a license plate frame advertisement at a given location over time, it is necessary to validate that both (a) the ad is correctly placed on the vehicle, and (b) to verify that the ad is at a given location at that time. The method required to verify these includes some control systems and components. Different variations and examples are also presented here.

Abstract: Advertisement is a multi-billion dollar business in US (per year). Here, we use license plate frames for the advertisement. One example of the application describes a license-plate-frame-based advertisement verification system. In order to validate and verify the correct placement/mounting of a license plate frame advertisement at a given location over time, it is necessary to validate that both (a) the ad is correctly placed on the vehicle, and (b) to verify that the ad is at a given location at that time. The method required to verify these includes some control systems and components. Different variations and examples are also presented here.

Abstract: Advertisement is a multi-billion dollar business in US (per year). Here, we use license plate frames for the advertisement. One example of the application describes a license-plate-frame-based advertisement verification system. In order to validate and verify the correct placement/mounting of a license plate frame advertisement at a given location over time, it is necessary to validate that both (a) the ad is correctly placed on the vehicle, and (b) to verify that the ad is at a given location at that time. The method required to verify these includes some control systems and components. Different variations and examples are also presented here.