Abstract: A LED lighting fixture with a rotating terminal block is revealed. The LED lighting fixture includes a housing with a connection hole on one end. Positioning teeth are arranged at an inner edge of the connection hole and a rotating shaft sleeve with a stop flange against the connection hole is mounted in the connection hole. Moreover, positioning teeth corresponding to the positioning teeth of the connection hole are disposed on an inner side of the stop flange. A threaded segment threaded with a terminal block for connection and positioning is set on an outer edge of the rotating shaft sleeve. Thus the housing can be rotated directly and the positioning teeth of the housing and the positioning teeth of the rotating shaft sleeve are engaged and locked with each other so as to make the housing rotate around the terminal block. Therefore, the lighting angle is adjusted optimally.

Abstract: A lamp includes several internal light emitting diodes, several first planoconvex lenses positioned over respective ones of light emitting ends of the light emitting diodes, and a second planoconvex lens; the second planoconvex lens is positioned over the first planoconvex lenses such that light emitted from the light emitting diodes will travel through the second planoconvex lens after passing through the first planoconvex lenses; because of focusing effect of the first and the second planoconvex lenses, light emitted from the light emitting diodes will become brighter, and the lamp will shine uniformly, and there will not be undesirable light dots present on the lamp.

Abstract: A lamp includes a base, light emitting diodes and a transparent covering unit. The base has a convexly curved surface. The transparent covering unit has a convexly curved surface on a first side, and several outwardly facing flat sections on an opposite second side, which is faced with the convexly curved surface of the base. The light emitting diodes are arranged on the convexly curved surface of the base to be each perpendicular to a corresponding one of the flat sections; thus, light emitted from the light emitting diodes can be refracted to focus when passing through the transparent covering unit, providing increased illumination.