METHOD FOR NAVIGATION AND JOINT COORDINATION OF AUTOMATED DEVICES

• US 20160320189A1
• Filed: 04/30/2015
• Published: 11/03/2016
• Est. Priority Date: 04/30/2015
• Status: Abandoned Application

• Current Assignee: Alexander Alexandrovich Rubinstein, Oleg Yurjevich Kupervasser, Yury Iljich Kupervasser
• Original Assignee: Alexander Alexandrovich Rubinstein, Oleg Yurjevich Kupervasser, Yury Iljich Kupervasser
• Inventors: Kupervasser, Oleg Yurjevich, Kupervasser, Yury Iljich, Rubinstein, Alexander Alexandrovich
• Application Number:
  US14/700,180
• Publication Number:
  US 20160320189A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G01S 19/13 Receivers
• CPC Class Codes: G05D 1/0234 using optical markers or beacons optical beacons per se G01S1/70
• CPC Class Codes: G05D 1/0297 by controlling means in a control room

Abstract

The invention relates to methods for controlling automated devices. The method comprises locating at least one automated device on an area being controlled and placing an observation device, before the automated device starts operation, over the area being controlled on a flying device or tower, said observation device being capable of receiving and transmitting a control signal to the automated device and determining the coordinates of the flying device, whereupon said observation device controls at least said one automated device. The invention simplifies control of the automated device and improves the accuracy with which its coordinates are determined.

Claims

1. A method for navigation and joint coordination of automated devices, placed at an area being controlled, by developing routing for every automated device according to information about coordinates of obstacles, boundaries of a treated area, boundaries of the controlled area, which are defined by an user by drawing boundaries of the controlled area on image of the controlled area, and coordinates of all automated devices on the controlled area, whose distinctive features are that for making possible operation of automated devices on the controlled area, mainly on the parts of the controlled area, where a signal from GPS satellites is screened or rerefracted, before the automated devices start to operate over the area being controlled, an observation device is positioned on a flying device or on a tower or on a tethered observation platform for tracking the automated devices on the area being controlled and observation of its environment, including natural and artificial landmark, said observation device being capable of transmitting to the at least one automated device information about the area being controlled and objects on this area, the at least on one automated device this information is processed for calculation of coordinates of the observation device, coordinates of all automated devices on the controlled area, coordinates of obstacles, boundaries of a treated area, boundaries of the controlled area, verification that automated devices do not pass boundary of the controlled area, drawn by the user on the image of the controlled area, and also exchange by control signals is possible between automated devices and observation device for joint coordination.

2. A method for navigation and joint coordination as in claim 1, whose distinctive feature is that calculation of coordinates of obstacles, boundaries of a treated area, boundaries of the controlled area, and coordinates of all automated devices on the controlled area from observation device'"'"'s information about the area being controlled and objects on this area, is processed on the observation device.

3. A method for navigation and joint coordination as in claim 1, whose distinctive feature is that calculation of coordinates of obstacles, boundaries of a treated area, boundaries of the controlled area, and coordinates of all automated devices on the controlled area from observation device'"'"'s information about the area being controlled and objects on this area, is processed on unmoving post , and also exchange by control signals and information between automated devices, observation device, and unmoving post is possible, and also automated devices can get energy charge from unmoving post.

4. A method for navigation and joint coordination as in claim 1, whose distinctive feature is that observation device can be initially placed on the ground, on one from automated device, or on unmoving post, and after beginning of automated device'"'"'s operation can fly up, fly, fly down on the towers tier convenience of automated device'"'"'s tracking on the controlled area.

5. A method for navigation and joint coordination as in claim 1, whose distinctive feature is that the system is possible to recognize and find coordinates of dangerous moving objects such as children or animals.