Abstract: A solar lamp has illumination functionality and insect control functionality. The lamp has a main body comprising a main housing, a rechargeable battery housed within lamp for powering the electronic functions of the lamp, device electronics housed within the lamp for controlling the electronic functions of the lamp in a plurality of states comprising an OFF state and an ON state, and a support attached to the lamp, the support containing solar cells for harvesting solar energy and recharging the rechargeable battery and also for detecting a level of ambient light. A transparent panel is disposed at a front of the main body, the panel disposed over a printed circuit board (PCB) on which are disposed a plurality of high-power LEDs for illumination. One or more extension housings are attached to the main body, each extension housing containing an inner grid and an outer grid for electrocuting insects and one or more insect-attracting lights for emitting insect-attracting wavelengths of light.

Abstract: A rechargeable electric fan with a fan portion, a base portion, and a telescoping mast hingedly attached to and connecting the fan portion and the base portion. The fan portion has removable front grille, engageable in a first position in which the grille is retained in the front opening of the housing of the fan portion. The grille is rotatable from the first position to a second position in which the grille is released from the front opening. Slots are disposed on a periphery of the grille, and are configured to engage with corresponding tabs disposed on a periphery of the front opening, to retain the grille in the first position, and to release the grille when it is rotated into the second position. To prevent inadvertent release of the grille, a latch mechanism is configured and disposed to lock the grille in the first position, the latch mechanism comprising a button and a latch configured and disposed to release the lock when the button is depressed.

Abstract: A portable or landscape lamp or luminaire for illumination, decorative lighting, or lighting to encourage the growth of plants, consists of a clamping base including a housing for device electronics, a control panel disposed on an outer surface of the clamping base for receiving user input, and a plurality of a gooseneck lamps supported by the clamping base and having LEDs for selectively emitting light under the control of the device electronics as directed by the user input through the control panel.

Abstract: A lighting apparatus includes a central hub, and four panels hingedly attached to each side of the hub. Three panels have an LED array each. The fourth panel houses an array of solar cells, an ON/OFF switch, a rechargeable battery, and electronics. The four panels are independently positionable with respect to the hub. A motion detector is configured to operate the apparatus such that when motion is detected, the switch is in the ON position, and the solar cells do not detect ambient light above a predetermined base level, the device electronics turn the LEDs on; and when motion is not detected for a predetermined period, or the switch is in the OFF position, or the solar cells detect ambient light above the predetermined base level, the LEDs are powered off.

Abstract: A solar disk light has a disk light body, the disk light body including a housing and a lid over the housing, the housing being hollow to contain components of the disk light. The disk light body has solar cells on an outer surface thereof for harvesting solar energy and detecting ambient light, and LEDs for emitting light. The LEDs are adapted to be selectively driven to emit cool temperature light or warm temperature light. The wiring and driver electronics configured to deliver electrical power to the LEDs from the battery, and configured to drive some or all of the LEDs to emit warm light or cool light depending on a switch setting or signals received from a remote-control transmitter.

Abstract: A solar disk light has a disk light body, the disk light body including a housing and a lid over the housing, the housing being hollow to contain components of the disk light. The disk light body has solar cells on an outer surface thereof for harvesting solar energy and detecting ambient light, and LEDs for emitting light. The LEDs are adapted to be selectively driven to emit white light or colored light. The wiring and driver electronics configured to deliver electrical power to the LEDs from the battery, and configured to drive some or all of the LEDs to emit white light or colored light depending on a switch setting or signals received from a remote-control transmitter.

Abstract: A cookware set includes a pot, a lid configured to fit on and cover the pot in a first position, and a support attached to an upper surface of the lid and disposed at the edge of the lid and configured to support the lid in a substantially vertical position on a rim of the pot in a second position. The support has a base and two wings extending from the base, each of the two wings disposed on an opposite end of the base and having a bent portion bent inward toward the base to define a two-piece channel defined by an upper surface of the base and inner surfaces of the wings. The channel is configured to receive a rim of the pot in the second position.

Abstract: A solar disk light has a central body and an annular shelf surrounding the central body and attached to the central body by one or more struts, defining a gap between an inner surface of the annular shelf and the central body. LEDs are disposed on the annular shelf. The central body has solar cells for harvesting solar energy and detecting ambient light. The central body contains a rechargeable battery for storing harvested solar energy, a switch, and wiring and driver electronics for operably connecting the solar cells, battery, switch, and LEDs. A translucent shell is on the disk light body, covering the annular shelf and LEDs, such that light emitted by the LEDs shines through the shell. The shell has an opening for receiving the central body such that the solar cells are not covered by the shell, the shell having an inner wall received in the gap.