Abstract: A bladeless fan includes a housing body and an axial flow impeller detachably connected within the housing body. Centers of the housing body and axial flow impeller are located on the same central axis. The axial flow impeller includes a fan blade support plate and multiple axial flow fan blades fixed on the fan blade support plate. The axial flow fan blades include at least two different kinds of inner fan blades and outer fan blades. Integrally formed fan blades and housing ensure strength. Built-in installation prevents safety hazards like breakage or detachment. Upper air inlet adopts a group of curved blades with three different angles disposed evenly. Concave structure with a lower interior and a higher exterior forms multiple passages for air compression and acceleration. Lower blades of same size and shape are evenly distributed, ensuring a ring structure to discharge air uniformly and silent operating at high speeds.

Abstract: An easily-assembled bracket light module is provided, including a light tube assembly, plugs, and an end cap assembly. The plugs are provided with a first snap-fit assembly and a second snap-fit assembly. The light tube assembly is provided with a third snap-fit assembly, which is matched with the first snap-fit assembly to connect the light tube assembly to the plugs. The end cap assembly is provided with a fourth snap-fit assembly, which is matched with the second snap-fit assembly to connect the end cap assembly to the plugs. The plugs are respectively connected to the light tube assembly and the end cap assembly via a snap-fit, allowing for rapid assembly, high efficiency, and an enhanced user experience. Meanwhile, an input end cap and an output end cap both adopt a screwless snap-fit design for quick assembly and compatibility, and this design meets the certification requirements for the pull force test.

Abstract: The tube body connecting device includes tube bodies and a fastening mechanism arranged in the tube bodies; the tube bodies include a first tube body and a second tube body; the second tube body is provided with second tube body holes, and the fastening mechanism is provided with fastening holes; the first tube body is connected to a first end of the fastening mechanism, and the second tube body is connected to a second end. The tube body connecting device narrows the gap between the tube bodies, improves the connection strength of the tube bodies, and ensures the two tube bodies connected along the same axis, thus providing a smooth connection. By simply inserting the fastening mechanism, a whole lighting machine can be obtained, which is easy to disassemble. Moreover, the structure of this device and the fittings can be adjusted, making it versatile, with a wide range of applications.

Abstract: A table includes at least one light strip component and a table board. The table board is provided with at least one accommodating groove penetrating the table board in a top-down direction, edges of the accommodating groove are surrounded by edges of the table board; the light strip component is mounted in the accommodating groove. The light strip component can be fixed in the accommodating groove by a fixing part, or be bonded within the accommodating groove.

Abstract: A lamp set module with a trapezoidal connecting rod which includes a mounting base and at least two luminous modules. Each of the at least two luminous modules includes a lower frame module, a first connecting rod, a second connecting rod and an upper frame module. All of lower frame modules are matched and connected to form an annular lower frame entirety, the mounting base is arranged above a center of the lower frame entirety, and the upper frame module is clamped on the mounting base from top to bottom. The upper frame module and the lower frame module are connected by the first connecting rod and the second connecting rod, a lower surface of each lower frame module is hollow to form a lower cavity, the luminous module is mounted in the lower cavity of the lower frame module, and a light-transmitting shield is arranged below the luminous module.

Abstract: A fan lamp with an underlying controller which includes: a motor, a fan blade, a mounting base, a controller and a lamp panel. The mounting base, the controller and the lamp panel are arranged below the motor; an mounting part is provided at a top of the lamp panel, and the controller is mounted between the mounting part and the mounting base; and the controller is electrically connected with the motor and the lamp panel, and the fan blade is arranged on a driving shaft of the motor. With the scheme of the disclosure, the controller of the disclosure is arranged below the fan, with no fan as a shield, and is closer to the ground, thus with a stronger signal and less packet loss of the remote control signal.

Abstract: A lamp set module with a T-shaped connecting rod which includes a mounting base and at least two luminous modules. Each of the at least two luminous modules includes a luminous frame, a frame module and a connecting rod, one end of the connecting rod is connected to a middle of the frame module, and the other end of the connecting rod is connected to the mounting base. The luminous frame includes a luminous member and a light-transmitting shield. The luminous member is arranged within the light-transmitting shield, and a lower surface of the frame module is covered and fixed on the light-transmitting shield. The frame module and the light-transmitting shield are respectively provided with a buckling member, and buckling members can be buckled and connected with each other. Each luminous module is independent and can be transported independently, which reduces transportation cost, provides a stable structure after being combined.

Abstract: A downlight with adjustable color temperature, which includes a body, the body being in a cylindrical structure with an end communicated with outside, an annular lamp panel being provided at an opening side of the body, and a groove being provided at an end wall of an inner ring of the body along an axial direction of the body. The groove is arranged at an inner side of the body and a boss is arranged on an outer side of a tapered barrel, and relative rotation of the tapered barrel and the body is realized by embedded connection between the boss and the groove. A shift lever is arranged on a back of the reflective cup, and the dial handle can be clamped and fixed through the U-shaped groove, and the dial handle is placed transversely, so that an arc rotation trajectory of the dial handle can be enlarged.