HELENG INC. (Temple City, CA)

A drone is made up of a frame and a fuselage. The fuselage is connected to the frame by protracting beyond the frame. The fuselage is comprised of a front and back panel and a bottom panel. The front panel is placed at an angle between the bottom panel of fuselage and top surface of frame. The first wing is joined to the frame through being opposite the second wing. The first and second wings extend from opposite sides of the frame. First and second mounting members are attached to the frame. They extend outwardly on opposite sides. There are a variety of power generators that are available. Each is connected to the first or the last mounting member. Each power generator comes with an energy source connected to the propeller.

Drones are gaining popularity due to their versatility and capability to be utilized in a myriad of applications. Unmanned Aerial Vehicles (UAVs) are drones that can be utilized for aerial photography and the delivery of goods, military operations, security, surveillance, inspections of infrastructure, and even science. The range of designs for drones can be vast and could be categorized according to configuration, engine type and their operational function. It is possible to have fixed winged, flapping-wing, ornithopters, as well as a mixture of both. You can choose from jet engine, internal combustion or rotary engines. Electric engines, piston engines, or piston engines are all options. Small drones generally make use of lithium-polymer batteries, while larger drones make use of hydrogen fuel cells. The design could permit it to be used to provide wireless communication to users and subscribers.

New technologies are required to provide broadband access to the equipment of users at home and at work since the volume of traffic on the internet has increased. Cellular communication systems are well established in the field. A typical cellular system divides the ageographic area into series regions which are referred to as cells. Each cell is then served by an underlying station. The base station provides two-way communications to fixed and mobile subscribers who are located throughout the cell. Theantennas are often installed on a tower or some other raised structure, with the beam of antenna produced by each antenna pointing inwards to service the entire cell or a segment of the cell like a wedge-shaped portion of the cell. Theantenas provide 360-degree coverage (omnidirectional) across the azimuth and elevation planes. This covers the intended zone. Cellular communications are not accessible in remote locations, and may not bepractical for subscribers who, as while in an aircraft or vehicle, travels at high speed.

Geosynchronous satellites, commonly referred to as the latest technology, are located in space, approximately 22,000 miles away from earth. They are utilized for various purposes, including voice communication and Internet. Geosynchronous satellites are very costly and difficult to set up. Another example of a satellite for communications is Low Earth Orbit (LEO) satellites. To ensure satellite communications, it’s essential to possess thousands of LEO satellites. LEO satellites orbit Earth at 350km to 1,000km above the surface. Because LEO satellites orbit earth in a continuous manner, many LEO satellites will be needed to service the entire area. LEO satellites have a high price for hardware costs and installation. The further away from the satellite is more than the power needed to transmit.

The drone that was disclosed has frames with three sections: a front, center and rear section. A fuselage is attached to a bottom portion of the center section of the frame extending away from the frame. The fuselage has an upper and a lower panel. The fuselage’s bottom panel and the bottom panel are set at an angle. The front panel is located between the bottom part of the fuselage and the bottom of the frame. The first wing is located in the opposite direction to the second. The first and second wings are connected to the central section of the frame. The frames’ first and second wings are oriented to the outside. The first mounting member is attached to the front section of the frame and extends outwardly from opposite sides of the front section of the frame. A second mounting member that is connected to the rear portion of the frame, extends outwardly away from the rear section. A plurality of power generators are contained, and each power generator system is coupled to the first mount member or the second mounting member. Each power generator is comprised of the power source connected to a propeller and driving the propeller. The propeller is fitted with a propeller axis of rotation, and the propeller rotates between a first orientation and a second orientation. The second orientation is perpendicular with the first orientation.

A drone is disclosed and comprises a frame as well as a fuselage that is attached to the bottom edge of the frame, which extends from the frame. The fuselage comprises two panels: a front and as an underside panel. The front panel of the fuselage is located in an angle between its bottom surface and the bottom panel. The bottom panel is able to be fixed in a pivoting manner to the frame. The first wing is located just behind the second wing. The first and second wings are joined to the frame. The first and second wings extend outwards from opposing sides of the frame. The first subwing attaches to the frame at the forward position of the first and second wings. It extends outwardly on opposite sides of the frame. The second subwing is attached to the frame that is positioned behind the first and second wings and extends outwards from opposite frames’ sides. The first mounting member is coupled to the frame and extends outwardly from both sides of the frame. Another mounting member, which extends outwardly from opposite ends of the frame, is connected to the frame. There are a number of power generator systems. Every power generator is linked to the first or second mounting member. Each power generator system includes the power source and the propeller that drives it.

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2. Use these terms to find relevant Cooperative Patent Classifications at the Classification Text Search Tool. If you’re not able to locate the appropriate classification to describe your invention, look through the classification’s class Schemas (class schedules) and then try again. Think about substituting the words that you’ve used to describe your invention if you fail to get any results from your Classification Text Search with synonyms similar to the words you used in the first step.

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