A shade for removable attachment to a headlamp assembly having a headlamp connected to a head-strap where the shade is formed from first and second flexible, translucent wall panels which may lay flat against each other when not in use. The shade includes notches formed in each wall panel to which the segments of the head-strap located on either side of the headlamp may be removably connected. The headlamp assembly and shade when connected together may be suspended from a fixed point or placed upon a flat surface thereby creating a hands-free lantern.

An air-bag-form lampshade for receiving a light emitting element is provided. The air-bag-form lampshade includes an expandable and foldable lampshade body, a flat plate and a hollow inner layer. The lampshade body has an opening. The flat plate is attached to a portion of an inner surface or an outer surface of the lampshade body. The portion of the lampshade body forms a lampshade standing plane. The hollow inner layer is disposed corresponding to the opening and connected to the lampshade body. The hollow inner layer is disposed inside the lampshade body and includes an accommodating space. The accommodating space receives the light emitting element. The air-bag-form lampshade can be carried and stored easily, and it can be assembled to other carrier having the light emitting element.

An electronic device with light-indicating function is provided. The electronic device includes a substrate, a first light source, a second light source, and a light guiding element. The substrate includes a first surface and a second surface, wherein the first surface is opposite to the second surface. The first light source is disposed on the first surface of the substrate, wherein the first light source faces the first direction, and the first light source provides a first light beam. The second light source is disposed on the first surface of the substrate, wherein the second light source faces the second direction, the second light source provides a second light beam, and the first direction is not parallel to the second direction. The light guiding element includes a first section and a second section.

A two-in-one wall lamp is disclosed, including a lamp body, a first lamp panel, a second lamp panel, a lens, and a lampshade. Bottom of the lamp body is configured with a first accommodating cavity having an opening downward, and the first accommodating cavity has a horizontal plane facing downward. A front side of the lamp body is configured with a second accommodating cavity having an opening forward, and the second accommodating cavity has an inclined plane facing lower forward. The first lamp panel is affixed to the horizontal plane for fixation and also located in the first accommodating cavity, and the second lamp panel is affixed to the inclined plane for fixation and also located in the second accommodating cavity. The two-in-one wall lamp can switch different angles of light output, which not only easy to operate and use, but also to meet lighting angle requirements.

A lamp-based aroma diffuser using an aroma capsule is disclosed to include a lamp housing, a hollow light-transmissive shade mounted in the lamp housing, a holder member mounted in the lamp housing, a heat conduction device mounted in the holder member, a heating element kept in contact with the bottom wall of the heat conduction device, a light-emitting device, and a power supply device-incorporated PC board for driving the heating element to heat the heat conduction device and a replaceable aroma diffuser in the heat conduction device and the light-emitting device to emit color light through the hollow light-transmissive shade and the lamp housing.

A lighting module includes a lampshade and a base plate unit. The lampshade includes a top annular wall, and outer and inner surrounding walls extending downwardly from the top wall and spaced apart from each other. The top annular wall and the outer and inner surrounding walls cooperatively define an accommodating space. The base plate unit includes an annular base plate connected to bottom ends of the outer and inner surrounding walls, and an electrical connector connected to the annular base plate. A light plate unit is disposed in the accommodating space, and includes a light plate body disposed on the annular base plate and electrically coupled to the electrical connector, and light emitters disposed on the light plate body.

A multi-functional flowerpot, comprising: an outer pot body; an inner pot body disposed inside the outer body; the outer pot body and the inner pot body are relatively isolated and can be placed respectively in different items, such as accessories, flowers, perfume. the bottom of the outer pot body is provided with a cavity separated from the outer pot body and the inner pot body, and the cavity can be used for mounting a power circuit, the outer pot body or the inner pot body comprises a luminous body controlled by the power circuit, so that the product has a luminous effect, and further enhance the product quality.

A landscape lighting fixture utilizes a cylindrical bollard shroud member which houses an electrical light source, e.g. an LED module. The shroud number extends upwardly from an elongated riser element. A vertically adjustable path hat support system affixed to a path hat circumscribes the shroud member, thereby allowing the path hat to be vertically adjustable in relation to the shroud member. The path hat and path hat support system can also be vertically adjustable along the riser element, without an attached shroud member. In either case, the adjustability of the path hat allows the lighting fixture to provide a wider or narrower light beam angle from the light source without adjusting the illumination from the light source.

The present invention generally concerns a custom lampshade with a digital print. More specifically, the lamp shade includes an end cap that joins with printing substrates capable of passing light. At least one end cap is used to shape and support a substrate having a digital image printed on at least one of its surfaces. The end cap has a center aperture with a diameter sized to accept a threaded portion of a shade rest or a diameter that is sized to accept a lamp socket. The end cap has an outer channel sized to accept the edges of a transparent substrate material. In another embodiment, the end cap is devoid of an outer channel, but is joined about its outer diameter with a translucent substrate material via an adhesive. When the lamp shade is used, a light source illuminates the digital image printed on either substrate.