Abstract: Disclosed is a drone station which allows the center of resonance of a drone to be always accurately aligned regardless of the initial landing position of the drone. The disclosed drone station includes a landing guidance instrument and a wireless charging instrument which is formed on the landing guidance instrument and wirelessly transmits the power to a drone positioned thereon, the landing guidance instrument having an inclined surface which moves the landed drone onto the top of the wireless charging instrument.

Abstract: Provided is an alternating current direct lighting device capable of a dimming control, the lighting device including: a circuit board having a light emitting diode array; a first connector disposed on the circuit board; a second connector disposed on the circuit board so as to be spaced apart from the first connector; and a driving unit for controlling light emission of the light emitting diode array on the basis of a driving signal input through the first connector and a dimming signal input through the second connector.

Abstract: A lighting device includes: a circuit board; a first light emitting diode array and a second light emitting diode array; and a driving circuit. The first light emitting diode array and the second light emitting diode array are mounted on the circuit board so as to generate light, the first light emitting diode array is disposed on the circuit board, and the second light emitting diode array is disposed on the circuit board apart from the first light emitting diode array. The driving circuit is mounted on the circuit board so as to generate an electrical signal for driving the first light emitting diode array and the second light emitting diode array, and the driving circuit is disposed between the first light emitting diode array and the second light emitting diode array.

Abstract: Disclosed is a drone station which allows the center of resonance of a drone to be always accurately aligned regardless of the initial landing position of the drone. The disclosed drone station includes a landing guidance instrument and a wireless charging instrument which is formed on the landing guidance instrument and wirelessly transmits the power to a drone positioned thereon, the landing guidance instrument having an inclined surface which moves the landed drone onto the top of the wireless charging instrument.

Abstract: The present disclosure provides a lighting control device having a power supply module and a control module formed integrally. The lighting control device is installed by replacing a power supply device mounted at a conventional lighting apparatus to connect the conventional lighting apparatus to a smart lighting system. The lighting control device controls the output (i.e., current) of the power supply module according to the number of LED modules or the number of the normally operating LED modules, thereby preventing a current exceeding a driving current from being applied to the LED module.

Abstract: A lighting device includes: a circuit board; a first light emitting diode array and a second light emitting diode array; and a driving circuit. The first light emitting diode array and the second light emitting diode array are mounted on the circuit board so as to generate light, the first light emitting diode array is disposed on the circuit board, and the second light emitting diode array is disposed on the circuit board apart from the first light emitting diode array. The driving circuit is mounted on the circuit board so as to generate an electrical signal for driving the first light emitting diode array and the second light emitting diode array, and the driving circuit is disposed between the first light emitting diode array and the second light emitting diode array.

Abstract: Provided is an alternating current direct lighting device capable of a dimming control, the lighting device including: a circuit board having a light emitting diode array; a first connector disposed on the circuit board; a second connector disposed on the circuit board so as to be spaced apart from the first connector; and a driving unit for controlling light emission of the light emitting diode array on the basis of a driving signal input through the first connector and a dimming signal input through the second connector.

Abstract: An LED module that includes a light source unit which includes one or more LEDs mounted on one surface of a circuit board, a heat sink which includes a base substrate configured to support the light source unit and radiate heat generated from the light source unit and an insulating heat radiation coating layer applied on an outer surface of the base substrate, a protective cover which includes a convex portion formed in a region corresponding to the LED and is coupled to one surface of the heat sink to protect the light source unit from an external environment, an air flow space formed between the light source unit and the protective cover and provides a space through which air can flows, and one or more air vents which perform a function as a passage through which the air is moved to the outside from the air flow space and balance internal pressure of the air flow space with pressure of outside air.

Abstract: The present disclosure proposes a lens cover and an LED lighting device including the same, which may minimize occurrence of a dark portion even while expanding a light distribution area of an LED light source. The proposed lens cover includes a plurality of first light distribution lenses and a second light distribution lenses having different shapes from each other, and the first light distribution lens and the second light distribution lens are mixedly arranged at positions corresponding to the plurality of LED light sources.

Abstract: An LED module that includes a light source unit which includes one or more LEDs mounted on one surface of a circuit board, a heat sink which includes a base substrate configured to support the light source unit and radiate heat generated from the light source unit and an insulating heat radiation coating layer applied on an outer surface of the base substrate, a protective cover which includes a convex portion formed in a region corresponding to the LED and is coupled to one surface of the heat sink to protect the light source unit from an external environment, an air flow space formed between the light source unit and the protective cover and provides a space through which air can flows, and one or more air vents which perform a function as a passage through which the air is moved to the outside from the air flow space and balance internal pressure of the air flow space with pressure of outside air.

Abstract: The present disclosure proposes a lens cover and an LED lighting device including the same, which may minimize occurrence of a dark portion even while expanding a light distribution area of an LED light source. The proposed lens cover includes a plurality of first light distribution lenses and a second light distribution lenses having different shapes from each other, and the first light distribution lens and the second light distribution lens are mixedly arranged at positions corresponding to the plurality of LED light sources.

Abstract: The present disclosure provides a lighting control device having a power supply module and a control module formed integrally. The lighting control device is installed by replacing a power supply device mounted at a conventional lighting apparatus to connect the conventional lighting apparatus to a smart lighting system. The lighting control device controls the output (i.e., current) of the power supply module according to the number of LED modules or the number of the normally operating LED modules, thereby preventing a current exceeding a driving current from being applied to the LED module.