Abstract: The present disclosure discloses a light fixture and aims to provide a dual-bead rubber-covered string light. According to a technical solution, the dual-bead rubber-covered string light includes a plug, a wire, and light sources, the light sources are connected to the wire, a tail end of the wire is connected to the removable plug, a rubber wire conduit wrapping the wire is disposed on an outer wall of the wire, rubber beads wrapping the light sources by hot melting are disposed outside the light sources, and a ratio of a width of each rubber bead to a distance between the rubber beads is 1/6. The stability effect is strengthened on the basis of an original break-proof effect of the rubber wire conduit, such that the dual-bead rubber-covered string light is not prone to break even in long-term use or when frequently bent.

Abstract: The present disclosure discloses a multi-wire LED rubber-covered string light and a processing method thereof, and is applicable to the technical field of manufacturing and processing of colored lights. The dispensing bonding strength is high, wires are free of relative movement and have high stability, and practicality is high. According to the technical solution, insulation layers are removed in an axial direction of the wires at fixed length intervals to form a plurality of solder joints, the solder joints of the wires are in one-to-one correspondence and form bead soldering areas, patch LED beads are disposed in the bead soldering areas, the patch LED beads are fixed by dispensing after being connected to the bead soldering areas, and beads are formed by connecting the patch LED beads with the bead soldering areas.

Abstract: The present disclosure provides a decorative light, and aims to provide a waterfall string light. A printed circuit board (PCB), a counter circuit, a square wave generation circuit, and a protection circuit are arranged in a control module. The control module is configured to control main light beads to be normally on or intermittently flicker. The counter circuit is configured to control the number of the main light beads that are normally on when a main light strip is powered on. The square wave generation circuit is configured to control a flicker rate of the main light beads. The protection circuit is configured to automatically cut off the circuit when the light strip fails. The counter circuit is configured to perform high and low level control on corresponding pins by counting the number of pulses to achieve the normally on and flicker of the main light beads.