The present invention discloses an automated mosquito host bio-mimicking device. The device is capable of being operated in multiple modes. The device includes a pheromone chamber (1) to enclose the mosquito attractants such as pheromones, a thermal chamber (2) to mimic the body temperature and facilitate the dissemination of the pheromones, an electronic chamber (3) for automatically regulating the functioning of the device, a photocatalysis chamber (4) to generate micro quantity of CO.sub.2, a suction chamber (4a) to suck the mosquitoes reaching the mouth of the photocatalysis chamber (4), and a dehydration chamber (5) to immobilize the trapped mosquitoes. The device traps various species of mosquitoes using a broad spectrum of attractants and controls their population by providing an eco-friendly and cost-effective approach. Further, the device is portable and is operable remotely through a mobile application.

The present invention discloses an automated mosquito host bio-mimicking device. The device is capable of being operated in multiple modes. The device includes a pheromone chamber (1) to enclose the mosquito attractants such as pheromones, a thermal chamber (2) to mimic the body temperature and facilitate the dissemination of the pheromones, an electronic chamber (3) for automatically regulating the functioning of the device, a photocatalysis chamber (4) to generate micro quantity of CO.sub.2, a suction chamber (4a) to suck the mosquitoes reaching the mouth of the photocatalysis chamber (4), and a dehydration chamber (5) to immobilize the trapped mosquitoes. The device traps various species of mosquitoes using a broad spectrum of attractants and controls their population by providing an eco-friendly and cost-effective approach. Further, the device is portable and is operable remotely through a mobile application.

An insect eliminating device includes a body including a top portion and a bottom portion provided below the top portion; a light portion mounted in the body and including: a UV light element mounted in an open space provided in the top portion; a flickering light portion mounted in the bottom portion; a central conduit providing fluid communication between the open space in the top portion and the bottom portion of the body; a fan, mounted in the bottom portion to direct air from the open space in the top portion, through the central conduit and into the lower portion; and a grid mounted at a bottom end of the central conduit including a plurality of openings sized to allow air and insects to pass downward into the bottom portion of the base and prevent insects from passing upwards into the central conduit.

An insect eliminating device includes a body including a top portion and a bottom portion provided below the top portion; a light portion mounted in the body and including: a UV light element mounted in an open space provided in the top portion; a flickering light portion mounted in the bottom portion; a central conduit providing fluid communication between the open space in the top portion and the bottom portion of the body; a fan, mounted in the bottom portion to direct air from the open space in the top portion, through the central conduit and into the lower portion; and a grid mounted at a bottom end of the central conduit including a plurality of openings sized to allow air and insects to pass downward into the bottom portion of the base and prevent insects from passing upwards into the central conduit.

An insect eliminating device includes a body including a top portion and a bottom portion provided below the top portion; a light portion mounted in the body and including: a UV light element mounted in an open space provided in the top portion; a flickering light portion mounted in the bottom portion; a central conduit providing fluid communication between the open space in the top portion and the bottom portion of the body; a fan, mounted in the bottom portion to direct air from the open space in the top portion, through the central conduit and into the lower portion; and a grid mounted at a bottom end of the central conduit including a plurality of openings sized to allow air and insects to pass downward into the bottom portion of the base and prevent insects from passing upwards into the central conduit.

An insect eliminating device includes a body including a top portion and a bottom portion provided below the top portion; a light portion mounted in the body and including: a UV light element mounted in an open space provided in the top portion; a flickering light portion mounted in the bottom portion; a central conduit providing fluid communication between the open space in the top portion and the bottom portion of the body; a fan, mounted in the bottom portion to direct air from the open space in the top portion, through the central conduit and into the lower portion; and a grid mounted at a bottom end of the central conduit including a plurality of openings sized to allow air and insects to pass downward into the bottom portion of the base and prevent insects from passing upwards into the central conduit.

Disclosed are a gas-generating assembly and a mosquito eradication device. The gas-generating assembly includes a water-collecting structure, a reaction structure provided under the water-collecting structure, and a wind structure. A bottom of the water-collecting structure is formed with an opening, and a surface of the water-collecting is provided with a hydrophilic layer to absorb water vapors in the air. The reaction structure is formed with an accommodation room to place a reactant, and the opening is correspondingly provided above the accommodation room. The wind structure is provided under the water-collecting structure and configured to generate a wind vortex to facilitate airs around the water-collecting structure contacting the hydrophilic layer.

Disclosed are a gas-generating assembly and a mosquito eradication device. The gas-generating assembly includes a water-collecting structure, a reaction structure provided under the water-collecting structure, and a wind structure. A bottom of the water-collecting structure is formed with an opening, and a surface of the water-collecting is provided with a hydrophilic layer to absorb water vapors in the air. The reaction structure is formed with an accommodation room to place a reactant, and the opening is correspondingly provided above the accommodation room. The wind structure is provided under the water-collecting structure and configured to generate a wind vortex to facilitate airs around the water-collecting structure contacting the hydrophilic layer.

A kit for converting or removably adapting a conventional household fan into a mosquito catching device for the purpose of drawing mosquitoes into the fan by the rotating movement of the fan blades and onto a removably attached screen affixed to rear side of the fan. Once the mosquitoes are captured onto the screen, they are unable to escape off the screens as motion of the fan blades keep the mosquitoes trapped on the screen. The kit further comprises a LED light to attract the mosquitoes to the household fan.

A kit for converting or removably adapting a conventional household fan into a mosquito catching device for the purpose of drawing mosquitoes into the fan by the rotating movement of the fan blades and onto a removably attached screen affixed to rear side of the fan. Once the mosquitoes are captured onto the screen, they are unable to escape off the screens as motion of the fan blades keep the mosquitoes trapped on the screen. The kit further comprises a LED light to attract the mosquitoes to the household fan.