A ventilation and lighting system having a fan, a grille having one or more lighting elements and a controller that coordinates operation of the fan and the one or more lighting elements from a remote location. The controller defines scene control configured to define one or more scenes, each of which defines a predefined light control and fan control. The light control can have predefined settings of color, duration, intensity, saturation, and/or correlated color temperature. The fan control can have predefined settings of duration and/or power.

Disclosed is a lighting tower (100) with a Light Emitting Diode (LED) (106). The lighting tower (100) comprises a Base Unit (102), an inflatable balloon (104), a blower (108), and a stabilizing rod (114). The inflatable balloon (104) is coupled to the Base Unit (102). The LED array (106) coupled to a top end of the inflatable balloon (104) with inward facing of the LED (106) in the inflatable balloon (104). In one aspect, the blower (108) lifts up the inflatable balloon (104) with the LED array (106). In another aspect, the blower (108) simultaneously controls a temperature at a junction of the LED (106).

Aspects of the present disclosure include an integrated lighting system including a casing configured to detachably couple from a conventional air vent, a motion sensor configured to detect a presence of a person, a light source, and a processor configured to receive, from the motion sensor, an indication in response to the motion sensor detecting the presence of the person, and send, to the light source, an activation signal to activate the light source in response to receiving the indication.

The invention discloses a blow-out electronic candle, comprising a candle body, whose inside is a cavity, and the upper surface is a mounting hole, a battery case is disposed in the bottom, a control board on the upper surface of the case; a flame crown structure is embedded in the mounting hole, comprising a flame crown supporting holder, a twin lamp holder and a flame crown; the crown is mounted in the supporting holder, the twin lamp holder is snapped on the side wall, an illuminant is installed inside; the illuminant illuminates in a blinking pattern, forming beating highlights; a microphone opposite the air inlet of the supporting holder is mounted at the inside, so that the airflow triggers the microphone, controlling the illuminant on and off, simulating to be blown out. The invention simulates the swing form of the flame crown, and increases the simulation form of blow-out.

A lamp includes an air supply and a lighting module. The air supply includes an air blower and an annular housing, the annular housing defines an annular region and has an inner ring surface, an outer ring surface, a first end surface and a second end surface which are connected with the inner ring surface and the outer ring surface and face away from each other. The lighting module is disposed at a side of the annular housing which is close to the first end surface and is located within a projection range of the annular region at the side, and the lighting module emits light rays towards the side faced by the first end surface.

An air removal light device comprising a movable task light with an air suction channel having an inlet for evacuating air from the area below the task light that is between a practitioner and a patient/client. The device includes a body with an outer edge and bottom surface having at least one lamp. An air suction channel is created around the body by positioning an outer wall around the body, with at least one air inlet located adjacent the bottom surface of the body. The air suction channel has an air outlet which is connected to a vacuum hose and vacuum system to remove air from the area below the light. The removed air is transported through a filter to remove pathogens and particulate matter before being returned to the room or exhausted.

An air conditioner that further provides a lighting function is provided. The air conditioner can increase space utilization of a ceiling by the lighting device being integrally installed in the indoor unit. In addition, heat generated at the lighting device can be radiated by the cooling structure provided in the indoor unit, and thereby overheating of the lighting device can be prevented. The air conditioner includes a blowing fan configured to flow air, a housing in which an intake port is formed to suction air by the blowing fan, a lighting device provided in the housing, and a cooling channel configured to guide the air suctioned by the blowing fan to pass the lighting device.

According to an aspect of this disclosure, a ventilation and lighting system including a main housing having an inlet opening and a discharge opening, a blower and motor assembly disposed within a housing and operable to move air through the inlet and outlet, a grille configured to be located at the inlet opening, the grille having a cavity and a plate defining a plurality of apertures through which air may move, and one or more lighting elements arranged within the cavity and an optical component covering the cavity. The system is arranged such that light developed by the one or more lighting elements mixes within the cavity and transmits through the optical component covering the cavity, and the system further includes a controller that coordinates operation of the blower and motor assembly and the one or more lighting elements from a remote location.

A lighting device that comprises a housing, two light sources, at least one airway, an air filter in each airway, and an air circulation mechanism for each airway. The air filter is coated with an antiviral photocatalytic coating. The first light source contributes to the light output of the device, whereas the second light source activates the photocatalyst material in the antiviral photocatalytic coating on the air filter. As the air circulation mechanism forces the air through the air filter, the airborne microbials are trapped on the surface of the air filter, and subsequently killed and decomposed by the photocatalyst material in the antiviral photocatalytic coating. With different embodiments, the present disclosure transforms the regular lighting equipment to antiviral air-filtering equipment and brings wellness lighting to the daily life.

A ventilating system including a housing, a ventilating assembly and a mounting assembly coupled to the housing. The mounting assembly can include two support members, two first mounting brackets, two second mounting brackets, and two third mounting brackets. The third mounting brackets include a first and second flange, and the second mounting brackets include bendable tabs to secure the mounting assembly to a structure. The first mounting brackets each include lead in features comprising an alignment plate and a pair of guiding plates. The first mounting brackets include a portion between the lead in features that is spaced from the lead in features to provide housing clearance.