Abstract: The present invention relates to interlocking blocks suitable for use at the corners of skeletal frameworks in general and especially at the corners of skeletal frameworks to which rattan mats or other flexible meshes or materials may be attached. Interlocking blocks are disclosed that provide strong and stable corners in skeletal frameworks. Advantageously, rattan or other material may be easily affixed to the interlocking corner blocks while the rattan or other material is slack due to the capability of the interlocking corner blocks to be temporarily disengaged from one another. Tension may then be applied to the attached rattan or other material as the corner blocks are brought into a state of stable and interlocking engagement.

Abstract: A plug-in power supply device for outdoor leisure products, such as parasols, which feature a lifting handle casing. A handle is set on the casing and the lifting handle casing is installed at the middle section of the solar parasol's pole; on the top of the pole a canopy and an exposed solar panel outside the canopy are installed. Within the pole, an electric wire is set, one end of which is connected to the solar panel and the other end to the circuit board in the lifting handle casing. On one side of the lifting handle casing a recess is provided for a portable and detachable power unit to be snapped in. On the outer side of the portable power unit, a USB charger and outlet is provided. The portable power unit can be either attached to or detached from the parasol when in use. A cell phone can be charged when connected with the portable power unit through the USB charger and outlet.

Abstract: A solar parsasol having a motion sensor switch for controlling an LED light array. Holes are provided in the supporting ribs to house the light array on a single side only, providing greatly increased strength and wind resistance.

Abstract: An outdoor patio umbrella has a lower pole, an umbrella pole, a plurality of long ribs supported by the umbrella pole, and a canopy supported by the plurality of long ribs. At least one of the plurality of long ribs has, in cross section, a solid bottom wall, first and second upstanding side walls extending upward from the bottom wall, and an LED PCB extending between the first and second side walls. The PCB is attached to a conducting means, which attaches to a circuit board. The LEDs receive electricity from a rechargeable battery, which is charged by a solar panel. Other embodiments include LEDs for short ribs that connect to the long ribs and lower canopy slide. Additional embodiments include a center LED housed within a lower canopy slide.

Abstract: An umbrella includes a canopy, a stand body, a supporting pole, a rope device for opening and closing the umbrella, and a spring member. The stand body includes a plurality long umbrella ribs, a plurality short umbrella ribs, an upper canopy and a bottom canopy. Each of the long umbrella rib and the short umbrella rib have a first end and a second end. The first end of the long umbrella rib is rotatably connected with the upper canopy and the second end of the long rib is hinged at the second end of the short rib, while the first end of the short rib is rotatably connected with the bottom canopy. The upper canopy is placed in the middle of a vertical pole within the stand body. The bottom canopy is sheathed on the vertical pole and can move up and down. The spring member is placed above the upper canopy.

Abstract: A folding table is disclosed which has a table top and a leg assembly. The leg assembly includes a pair of unitary legs and a pair of collapsible legs. Each unitary leg has a top end and a bottom end. Each collapsible leg includes a lower leg portion and an upper leg portion pivotally coupled at its lower end through a second pivot. The lower leg portion has top end with a locking flange which extends outwardly so as to abut the upper leg portion when the collapsible leg is in a fully extended position. The lower leg portion has a bottom end. The bottom ends of both the unitary legs and the collapsible legs contact the support surface while the folding table is in both its extended and collapsed configurations.

Abstract: Present invention relates to a tilting mechanism for an umbrella. The tilting mechanism includes: a base, a body, a sliding rod, and a winding device. The base has base pin holes and the body has body pin holes. The base and the body are joined by a pin through the base and body pin holes to form a joint. When umbrella is in upright and closed position, a user turns the crank clockwise, the cord is pulled downwards, a runner of the umbrella is moved upwards to open the umbrella until the runner is stopped by a runner stopper. When the umbrella is in open position, the user continues to turn the crank clockwise, the cord is pulled further down, the sliding rod is moved downwards pushing the wheel to travel along a wheel moving surface, and wheel axle grooves push wheel axle to tilt body around the pin.

Abstract: Aspects of the present invention relates to a solar powered LED lighting system for an umbrella. In certain embodiments, the solar powered LED lighting system has (a) a rechargeable battery, (b) a solar panel, (c) one or more LED lights, (d) one or more touch control sensors, and (e) an unipath touch control circuit. The rechargeable battery is used to provide electricity to the solar powered LED lighting system. The solar panel converts optical energy to electrical energy and charges the rechargeable battery. The LED lights are installed on the umbrella to provide lighting. The touch control sensors are used to sense a user's touch event, and responsively generate a control signal. The unipath touch control circuit receives the control signals from the touch control sensors, and controls the solar powered LED lighting system according to the received control signal.