CN201008314Y - Mosquito killing lamp - Google Patents

Abstract

A mosquito killer lamp belongs to the technical field of household appliances, and is designed for improving mosquito killing effect and preventing human body from electric shock. The mosquito killer comprises a lamp bracket 1, wherein a mosquito attracting lamp 2 and a mosquito killing device are fixedly arranged on the lamp bracket 1; the method is characterized in that: a titanium dioxide photocatalysis net 3 is fixedly arranged above the mosquito-lured lamp 2. The titanium dioxide photocatalytic net can emit carbon dioxide gas under the action of the mosquito-luring lamp, so that the mosquito is subjected to light luring and smell luring simultaneously, and a stronger mosquito-luring effect can be achieved. The enclosure area 42 and the fan 41 fixed at the entrance of the enclosure area constitute a mosquito killing device. An anti-escape cover 43 is provided in the seine area 42. After the fan 41 is started, the mosquitoes and flies attracted to the vicinity of the mosquito killer lamp by the ultraviolet light and the carbon dioxide gas are carried to the fence area 42 by the airflow and must not escape, and then are air-dried by the subsequent airflow to be dead. The mosquito killing device does not adopt a high-voltage power grid, so that the danger of electric shock of a human body is avoided.

Description

a mosquito killer lamp

Technical field

The utility model belongs to the technical field of household appliances, in particular to a mosquito killer lamp.

Background technique

The main structure of existing mosquito killing lamp (or claiming mosquito and fly trap) is that a high-voltage power grid is set on the periphery of a mosquito trapping lamp, and the mosquitoes that touch the power grid will be electrocuted to death with high-voltage electricity. Its disadvantages are: simply relying on the light source to attract mosquitoes is not effective; moreover, it may hurt the human body that touches the power grid; in addition, the "snap" sound when the mosquitoes are electrocuted is also frightening.

Contents of the invention

In order to improve the effect of killing mosquitoes and prevent electric shock to the human body, the utility model provides a mosquito killing lamp, which has a strong attraction to mosquitoes, does not have a high-voltage power grid, and does not produce "popping" sounds when working.

The technical scheme of the utility model is:

Titanium dioxide photocatalytic nets are used to generate carbon dioxide gas under the action of mosquito trap lamps to simulate human respiration, so as to achieve a stronger mosquito trap effect; at the same time, a fan is used to generate negative pressure to collect the approaching mosquitoes into a fence area, And the continuous air flow produced by the fan makes the mosquitoes in the fence area dried up and killed. Right now:

A mosquito killing lamp comprises a lamp stand on which a mosquito trapping lamp and a mosquito killing device are fixed; the characteristic is that a titanium dioxide photocatalytic net is fixedly mounted near the mosquito trapping lamp.

The beneficial effects of the utility model: the mosquito trap lamp can emit ultraviolet light, and the titanium dioxide photocatalytic net can emit carbon dioxide gas under the action of ultraviolet light, so that when mosquitoes are lured by light, mosquitoes are also lured by smell, and there will be more Strong mosquito-attracting effect. In addition, in the embodiment described below, the mosquito killing device does not use a high-voltage power grid, so there is no risk of electric shock to the human body.

Description of drawings

Below in conjunction with accompanying drawing and an embodiment the utility model is further described.

Fig. 1 is the schematic diagram of the utility model.

Detailed ways

As shown in the figure, a mosquito killing lamp includes a lamp frame 1, and a mosquito trap lamp 2 and a mosquito killing device are fixed on the lamp frame 1; its feature is: a titanium dioxide photocatalytic net 3 is fixed on the mosquito trap lamp 2 nearby.

As shown in the figure, the titanium dioxide photocatalytic net 3 is fixed above the mosquito trap lamp 2 .

As shown in the figure, the area surrounded by the net 420, that is, the fence area 42 and the fan 41 fixed at the entrance of the fence area constitute the mosquito killing device. Wherein, the fence area 42 is also provided with an anti-escape structure for the collected mosquitoes, that is, the anti-escape cover 43; the shape of the anti-escape cover 43 is a conical surface with a large top and a small bottom, at and only at its center There are holes 430 of sufficient size to allow mosquitoes to pass through.

After starting the fan 41, the air-flow enters from its inlet 51 and passes through the fence area 42 from top to bottom. Not to escape, then to be dried to death by the ensuing air current. During this process of killing mosquitoes and flies, no peculiar smell will be produced, so that the effect of ultraviolet light and carbon dioxide gas on attracting mosquitoes and flies will not be weakened.

Claims (3)

1. a Mosquito killer lamp comprises a lamp bracket (1), is fixed with mosquito luring lamp (2) and mosquito killing device on the lamp bracket (1); It is characterized in that: have an optically catalytic TiO 2 net (3) to be packed near the mosquito luring lamp (2).

2. a kind of Mosquito killer lamp according to claim 1 is characterized in that: optically catalytic TiO 2 net (3) is packed in the top of mosquito luring lamp (2).

3. a kind of Mosquito killer lamp according to claim 1 is characterized in that: purse seine district (42) and the fan (41) that is installed in purse seine district inlet promptly constitute described mosquito killing device; Be provided with the anti-lid (43) of escaping in purse seine district (42); Anti-shape of escaping lid (43) is a up big and down small taper seat, and only therein heart position have its size to be enough to the hole that allows mosquitos and flies pass through.

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