An easily controllable umbrella includes a base, a column, an umbrella frame, lighting elements, a control device for controlling the lighting elements, a power supply assembly with a power plug for powering the lighting elements, a control panel, a touch control circuit board, and a remote control circuit board; the lighting elements, the control panel, the touch control circuit board, the remote control circuit board and the power plug form a lighting circuit, and the remote control circuit board controls the touch control circuit board. The control device includes a touch control circuit board and a remote control circuit board, remote control of the umbrella being realized through a remote control signal-matched with a receiver on the remote control circuit board, touch control of the umbrella being realized by pressing the umbrella. That is, the umbrella can support both remote control and touch control.

An umbrella with an adjustable canopy comprises a canopy adjustment device having a transverse rod connector, an upper clutch gear, a lower clutch gear and a handle; and a transverse rod rotation device disposed on the middle of a transverse rod; the front end of a tilted rod is rotatably connected to the transverse rod rotation device; the bottom end of the transverse rod is rotatably connected to a sliding block through the canopy adjustment device. The upper clutch gear is fixedly connected to the transverse rod; the bottom end of the transverse rod connector is rotatably connected to the sliding block; one end of the handle is rotatably connected to the periphery the upper clutch gear which is against the upper surface of the lower clutch gear. The invention has the advantages of simple and reasonable structure, convenient operation, stable and reliable positioning, and can realize the canopy adjustment only by operating the handle.

A cantilever umbrella, including umbrella cloth, an umbrella rod, a top notch with a guide sleeve, a runner, umbrella ribs and stretchers is disclosed. The umbrella rod contains an inner section and a cantilever section; the umbrella rob passes through the guide sleeve and the top notch in sequence with the end of the inner section hinged to the runner. The cantilever section can be extracted from the guide sleeve to open the umbrella ribs and stretch the umbrella cloth into place. The cantilever section can be moved laterally and fixed into position at the end of the guide sleeve to stabilize the open state of the umbrella ribs.

An umbrella with a Bluetooth sound device, which includes a column having a top and a middle, a tray, a plurality of ribs, a canopy, a controlling handle disposed on the middle of the column and an electrical box having a involutory front cover and back cover. A solar receiving device is connected to the top of the column; a plurality of LED lamp strings is attached to the tray and the ribs. The PCB circuit board, the speaker, the LED lamp strings, the solar rechargeable cell and the umbrella are reasonably combined and fused into an entirety, thereby being very convenient to detach and install at the same time and convenient to change and maintain parts, the umbrella not only satisfies the daily sunshade and rain shielding of outdoor leisure facilities, but also has illumination, music playing, call answering and other functions, and is convenient to operate.

Embodiments of the present invention provide a sunshade lamp fixing device, comprising: a lower sunshade disc, a sunshade disc plug and a lamp fastener; wherein the lower sunshade disc is disposed below a sunshade canopy of the sunshade; the sunshade disc plug is fixed at a lower end of the lower sunshade disc; the lamp fastener is detachably mounted at a lower end of the sunshade disc plug, and the sunshade lamp is detachably fixed on the lamp fastener. The sunshade lamp fixing device according to the embodiments of the present invention is simple in structure, detachable and convenient in operation and use. Embodiments of the present invention further provide a sunshade having a sunshade lamp fixing device.

A solar-powered umbrella has a cap structure that is connected by hinges to struts. The struts are relatively rigid and positioned above the umbrella shade and house solar panels. When the umbrella is opened and closed, the struts rotate via the hinges from an open to closed position. When the solar panels are exposed to the sun, light is converted to electrical energy to charge a rechargeable battery. The battery supplies power to one or more USB ports. A user can recharge an electronic device (e.g., smartphone or tablet computer) by connecting to a port of the umbrella using a cable.

An outdoor sunshade includes a sunshade post, a sunshade frame on one side of the sunshade post, a handle shell on and movable along the sunshade post, an inclined pull rod on the handle shell in a matching manner with its other end matching the sunshade frame, a sunshade cord, and a sunshade cord winding/unwinding assembly configured to wind/unwind the sunshade cord so as to unfold or fold the sunshade frame and including a first power component and a second power component that are in power transmission fit. The first power component is located in the handle shell and completes power input via a driving component. A cord winding wheel is on the second power component in a matching manner, and the second power component extends outwards in an axial direction of the inclined pull rod such that the cord winding wheel is located outside the handle shell.

The present invention discloses an outdoor sunshade including a stand column cooperated with a handle mechanism, an oblique arm being cooperated on the handle mechanism, and an end of the oblique arm being used for being installed in cooperation with a sunshade frame. The sunshade frame includes an upper umbrella tray, a lower umbrella tray and an umbrella slotware assembly, an umbrella unfolding and folding mechanism being cooperated between the upper umbrella tray and the lower umbrella tray. The umbrella unfolding and folding mechanism includes a central locking rod and a locking mechanism used for locking in cooperation with the central locking rod. When the central locking rod is locked to the locking mechanism, the outdoor sunshade is in a fully-unfolded state of the sunshade frame. When the central locking rod and the locking mechanism are unlocked, the outdoor sunshade completes the folding of the sunshade frame.

Disclosed herein is an outdoor sunshade with a sunshade cover capable of rotating 360 degrees, the outdoor sunshade including a sunshade post, where a sunshade frame is arranged on one side of the sunshade post; the sunshade post includes an upper sunshade post and a lower sunshade post, and the upper sunshade post is in inserting fit with the lower sunshade post; a rotating mechanism is arranged between the upper sunshade post and the lower sunshade post; and the rotating mechanism includes a lock seat, a locking mechanism located on the lock seat and a locking portion configured to match the locking mechanism, the locking portion includes a plurality of locking positions, the plurality of locking positions are arranged around the sunshade post by one circle, and the locking mechanism locks the upper sunshade post and the lower sunshade post by means of the locking positions.

Umbrella assemblies described herein are configured to retract and extend, tilt side to side, and open and close. In some embodiments, the umbrella assembly can include a cantilevered beam. The umbrella assembly can further include a tilt mechanism operable to rotate the canopy frame. The umbrella assembly can include a clutch mechanism fixed to the cantilevered beam. The umbrella assembly can also include an integrated mechanism to both open and close the canopy frame and raise and lower the cantilevered beam.