The present application discloses a balloon holder comprising a body and a plurality of fixtures. The body comprises an inner perimeter and an outer perimeter, wherein the inner perimeter defines a void. The plurality of fixtures is coupled to the body, each of the plurality of fixtures comprises a first slot and a second slot connected to one end of the first slot, wherein another end of the first slot is connected to an edge of the fixture. A method for using the aforementioned balloon holder is also disclosed. The method for using a balloon holder comprises inserting a first plurality of balloons into the plurality of fixtures through the first slot and the second slot; inserting a second plurality of balloons into the plurality of fixtures through the first slot and the second slot; and inserting a central balloon into the void.

A room installation including: a room having at least one wall, a ceiling, and a floor, each of which is at least partially covered by a mirrored surface; at least one transparent window to permit ambient light into the room; and a first plurality of mirrored balloons arranged within the room, and filled with a mixture of helium and another gas, the mixture configured to float the balloons of the first plurality of balloons substantially within a middle height of the room; and a plurality of vents to circulate and move the balloons of the first plurality of balloons in a designated pattern within the room.

A balloon attachment vehicle apparatus comprising a base wherein said base is comprised of a top portion and a bottom portion wherein said bottom portion is comprised of one or more magnets and one or more contact absorbing pads wherein said one or more contact absorbing pads and said one or more magnets are positioned along a surface area of said bottom portion; a release handle positioned at said top portion of said base where said handle is mechanically connected to said magnet wherein rotating said handle lifts said one or more magnets away from said surface area; an attachment apparatus position on the top portion of said base comprising a connection point.

The Floating Shade is a tethered hovering cover made of lightweight film kept afloat by balloons. It can be easily set up to provide solid shade that temporarily blocks off sunlight.

A room installation is provided having at least three walls, a ceiling and floor, all of which are covered in a mirrored surface. At least one transparent window allows ambient light into the room installation. A plurality of mirrored balloons are arranged within the room installation, and filled with helium, but otherwise weighted, to float substantially within a middle height of the room installation.

A room installation including: a room having at least one wall, a ceiling, and a floor, each of which is at least partially covered by a mirrored surface; at least one transparent window to permit ambient light into the room; and a first plurality of mirrored balloons arranged within the room, and filled with a mixture of helium and another gas, the mixture configured to float the balloons of the first plurality of balloons substantially within a middle height of the room; and a plurality of vents to circulate and move the balloons of the first plurality of balloons in a designated pattern within the room.

A lighter-than-air toy drone assembly that stays aloft using a balloon that is filled with a lighter-than-air gas. The balloon is inflated and deflated with the gas through a remote control vent valve. A ballast chamber can be provided that is filled with and drained of ballast through a purge valve. Controlled flight is achieved by selectively controlling motorized propellers, the vent valve and the optional purge valve. The motorized propeller provides horizontal movement. The purge valve and the vent valve change the buoyancy of the drone assembly and therefore control vertical movement.

The present invention relates to a powered, flight capable, air-filled balloon which mimics the movement of a helium-filled balloon.

A device capable of enabling a balloon to stand up includes a balloon and a base stand. The base stand has a stand body being a hollow semi-circular structure having an upward-facing opening, and the stand body has a first prop, multiple second props and at least a couple of fixing plates provided therein. The stand body can have an inflated balloon attached thereto by using the fastening groove on an upper end of the first prop, so as to place a protruding end of an outlet of the balloon in the clamping groove between the two fixing plates, that is, to combine the balloon with the opening end of the stand body, thus enabling the balloon to stand up stably.

The inventive technology includes a support plate that may be secured to an attachment surface and be coupled with a display, such as a balloon support. A vertical pole coupled with a rotational head may be positioned with a rotational head chamber of the support plate such that it is able to rotate. This self-adjusting feature allows a support plate to be secured to an angled or uneven attachment surface such as the side of a hill or other incline, while allowing a vertical pole to be rotationally self-adjusted to an approximately vertical position.