US 11,111,692 B1Granted

Illuminated structure

OwnerAduiq Rahman Qureshiinventor

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Abstract

An illuminated structure is disclosed, comprising a plurality of lighting elements disposed within a semi-transparent frame configured as a portable item. A microcontroller controls the light emitted by the plurality of lighting elements and a memory is in operable communication with the microcontroller. The memory is configured to store operational instructions transmitted to the microcontroller to customize the output of each of the plurality of lighting elements.

Claims19

Dependent claims

A framed structure configured for providing illumination for an occupant via wireless control, the framed structure comprising:

a frame comprising:
a collapsible roof frame configured to support a fabric roof for sheltering individuals;
and
a first semi-transparent telescoping vertical support pole configured to be mechanically coupled with a receiver of the collapsible roof frame, wherein the first semi-transparent telescoping vertical support pole comprises:
a first semi-transparent supporting section having a first centralized hollow cavity;
and
a second semi-transparent supporting section having a second centralized hollow cavity and positioned at least partially within the first semi-transparent supporting section and configured to adjust a height of the collapsible roof frame;
a first plurality of lighting elements disposed within the first centralized hollow cavity and the second centralized hollow cavity, wherein:
the first plurality of lighting elements is configured to provide light to a surrounding environment of the framed structure and illuminate the framed structure;
the framed structure is configured as a portable item;
and
the first semi-transparent telescoping vertical support pole provides a protective barrier between the first plurality of lighting elements and an external environment while allowing 360 degree emission of light of each lighting element of the first plurality of lighting elements;
and
a microcontroller electrically coupled with the first plurality of lighting elements, the microcontroller configured for:
wirelessly receiving a first command from an external computing device, wherein the first command is received upon a selection of a color for the first plurality of lighting elements by a user of the external computing device;
wirelessly receiving a second command from the external computing device, wherein the second command is received upon a selection of an intensity for the first plurality of lighting elements by the user of the external computing device;
and
wirelessly receiving a third command from the external computing device, wherein the third command is received upon a selection of a pattern for the first plurality of lighting elements by the user of the external computing device.

15 more elements

Dependencies are inferred from the claim text.

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Abstract

A framed structure configured for providing illumination for an occupant via wireless control, the framed structure comprising:

a frame comprising:
a collapsible roof frame configured to support a fabric roof for sheltering individuals;
and
a first semi-transparent telescoping vertical support pole configured to be mechanically coupled with a receiver of the collapsible roof frame, wherein the first semi-transparent telescoping vertical support pole comprises:
a first semi-transparent supporting section having a first centralized hollow cavity;
and
a second semi-transparent supporting section having a second centralized hollow cavity and positioned at least partially within the first semi-transparent supporting section and configured to adjust a height of the collapsible roof frame;
a first plurality of lighting elements disposed within the first centralized hollow cavity and the second centralized hollow cavity, wherein:
the first plurality of lighting elements is configured to provide light to a surrounding environment of the framed structure and illuminate the framed structure;
the framed structure is configured as a portable item;
and
the first semi-transparent telescoping vertical support pole provides a protective barrier between the first plurality of lighting elements and an external environment while allowing 360 degree emission of light of each lighting element of the first plurality of lighting elements;
and
a microcontroller electrically coupled with the first plurality of lighting elements, the microcontroller configured for:
wirelessly receiving a first command from an external computing device, wherein the first command is received upon a selection of a color for the first plurality of lighting elements by a user of the external computing device;
wirelessly receiving a second command from the external computing device, wherein the second command is received upon a selection of an intensity for the first plurality of lighting elements by the user of the external computing device;
and
wirelessly receiving a third command from the external computing device, wherein the third command is received upon a selection of a pattern for the first plurality of lighting elements by the user of the external computing device.

15 more elements