CN201839725U - Two-in-one novel mosquito killing structure - Google Patents

Abstract

The utility model relates to a novel two-in-one mosquito killing structure, which comprises a direct-insert mosquito dispeller and a direct-insert mosquito killer which are used in the same place but are separated from each other, wherein the direct-insert mosquito dispeller comprises a mosquito dispeller seat body and a mosquito dispelling device connected with the mosquito dispeller seat body; the direct-insertion type mosquito killer comprises a mosquito killer base body, a mosquito luring lamp and a killing device, wherein the mosquito luring lamp and the killing device are arranged in the mosquito killer base body, and plugs with metal pins are respectively arranged on the mosquito killer base body and the mosquito killer base body. The utility model discloses a when using in same occasion, when utilizing near the mosquito killer of this occasion on one side mosquito repellant with the mosquito fly driving to the mosquito killer on the another side, lure again by the mosquito killer and catch in the past and kill, so the utility model discloses a structure is more reasonable, can improve the mosquito and fly effect greatly.

Description

Two-in-one new anti-mosquito structure

【Technical field】

The utility model relates to a mosquito killer, in particular to a mosquito killer structure with two functions of repelling mosquitoes and killing mosquitoes.

【Background technique】

Mosquito killers at the present stage use mosquito traps to attract mosquitoes and flies to kill them with a high-voltage power grid or suck them into the mosquito box with a fan to let them die slowly. Because the light range of the mosquito trap lamp is limited, it is difficult to attract mosquitoes and flies from far away places, so the current mosquito killer has a limited killing range and a low mosquito killing effect.

【Content of utility model】

The purpose of the utility model is to overcome the deficiencies of the prior art, and provide a new two-in-one mosquito-killing structure with a reasonable structure, which can greatly improve the mosquito-killing effect when used on the same occasion.

In order to solve the above-mentioned technical problems, the utility model adopts the following technical solutions:

A new two-in-one mosquito killing structure, which includes an in-line mosquito repellent and an in-line mosquito repellent that are used in the same place but separated, and the in-line mosquito repellent includes a mosquito repellent pedestal and a mosquito repellent device connected with the mosquito repellent pedestal; the in-line mosquito killer includes a mosquito extinguisher pedestal and a mosquito trap lamp and a killing device arranged in the mosquito extinguisher pedestal. The base body of the mosquito repellent and the base body of the mosquito killer are respectively provided with plugs with metal pins.

In the improved scheme of the above-mentioned two-in-one new type of mosquito killing structure, the base of the mosquito repellent includes two shells, left and right, and the plug and one of the shells are integrally injection molded; the mosquito killing The socket body includes two shells, left and right, and the plug and one of the shells are integrally injection molded.

In an improved solution to the above two-in-one novel mosquito killing structure, the mosquito repelling device is a mosquito repelling lamp arranged above the base of the mosquito repellent; the mosquito repelling lamp is protected by a lampshade fixed on the base.

In an improved solution to the above-mentioned new two-in-one mosquito killing structure, the mosquito repellent device is an ultrasonic circuit structure arranged in the mosquito repellent base; an ultrasonic output hole is arranged on the mosquito repellent base.

In an improved solution to the above-mentioned two-in-one novel mosquito killing structure, the killing device is a high-voltage grid structure.

In the improved solution to the above-mentioned two-in-one new mosquito killing structure, the killing device is a suction structure, which includes a fan installed in the base of the mosquito killer and a mosquito receiving box connected to one end of the base of the mosquito killer. .

Compared with the prior art, the utility model has the following advantages: when the utility model is used on the same occasion, when the mosquito repellent on one side of this occasion is used to drive the mosquitoes to the vicinity of the mosquito killer on the other side, The mosquito killer is lured to catch and kill in the past, so the structure of the utility model is more reasonable, and the effect of killing mosquitoes and flies can be greatly improved.

Below in conjunction with accompanying drawing and specific embodiment the utility model is further described:

【Description of drawings】

Fig. 1 is the perspective view of the utility model embodiment;

Fig. 2 is the structural representation of the mosquito repellent of the utility model embodiment (after cutting);

Fig. 3 is the assembly diagram of the mosquito repellent of the utility model embodiment;

Fig. 4 is the structural representation of the mosquito killer of the utility model embodiment (after partial cutting);

Fig. 5 is a schematic diagram of the assembly of the mosquito killer according to the embodiment of the present invention.

【Detailed ways】

The utility model is a new two-in-one mosquito killing structure, as shown in Fig. 1, it includes an in-line mosquito repellent A and an in-line mosquito repellent B which are used on the same occasion but placed at a certain distance. The in-line mosquito repellent includes a mosquito repellent base 1 and a mosquito repellent device 2 connected with the mosquito repellent base 1; the in-line mosquito killer includes a mosquito repellent base 3 and a The mosquito trapping lamp 4 and the killing device 5 in the mosquito killer base 3 are respectively provided with plugs 6 with metal pins 61 on the mosquito killer base 1 and the mosquito killer base 3 . When in use, the mosquito repellent A and the mosquito killer B are separated by a relatively long distance, and after being plugged into the power socket by respective plugs to be energized, the mosquitoes and flies around the mosquito repellent are on the side of the mosquito repellent device 2 Fly away from the mosquito repellent under the effect, at this moment just be attracted the past easily by the mosquito trap lamp of the mosquito killer not far away, then be hunted and killed by the killing device 5 again. Because the range of trapping mosquitoes and flies of the mosquito killer is limited, the utility model uses the mosquito repellent on one side of this occasion to drive the mosquitoes to the vicinity of the mosquito killer on the other side when the utility model is used on the same occasion, and then the mosquito killer The mosquito device lures and kills in the past, so the structure of the utility model is more reasonable, and the effect of killing mosquitoes and flies can be greatly improved on the same occasion.

When the utility model is used on the same occasion, it means that within the same space range, the distance between them is based on the premise of not interfering with each other and being able to repel and kill mosquitoes. For example, it can be used in a corner of a room or a living room. Insert the in-line mosquito repellent A on the socket, and plug in the in-line mosquito repellent B on the socket in the other corner.

In this embodiment, as shown in Figures 2-3, the mosquito repellent device 2 adopts two modes at the same time, which are respectively the yellow mosquito repellent lamp 21 located above the mosquito repellent base 1 and the yellow mosquito repellent lamp 21 located in the mosquito repellent base. The ultrasonic circuit structure 22, the yellow mosquito repellent lamp 21 is protected by the lampshade 7 fixed on the base; the base 1 of the mosquito repellent is provided with an ultrasonic output hole 11. Of course, the mosquito repelling device can also be one of the mosquito repelling lamp or the ultrasonic circuit structure, or other structures. In addition, the base body 1 of the mosquito repellent includes two shells, left and right, and the plug 6 and one of the shells are integrally injection molded.

The catching and killing device 5 can be a high-voltage power grid structure to directly electrocute the mosquitoes, or a suction structure can suck the mosquitoes into the mosquito receiving box and let them die slowly. In this embodiment, as shown in Figures 4-5, it adopts a suction structure, so the killing device 5 includes a fan 51 arranged in the base body 3 of the mosquito killer and a mosquito box 52 connected to one end of the base body . The mosquito killer seat body 3 of the direct-insertion mosquito killer is a hollow seat body, is provided with the cover body 32 of band air inlet 31 at its upper end, is provided with fine silk net (in the figure) at the air outlet 521 places of mosquito box 52 not shown). When in use, directly insert the pin 61 of the mosquito killer into the wall socket or the power socket, then make the mosquito trap 4 and the fan 51 energized to work, and a part of the light of the mosquito trap directly passes through the air inlet 31 of the cover 32 Transmitted out, a part is reflected from the air inlet 31 after being reflected on the inner wall of the cover body 32. These light rays lure mosquitoes and flies when they fly close to the cover body and are sucked in by the fan and then enter the mosquito receiving box 52 from the seat to collect them. The process of trapping and killing mosquitoes and flies. The mosquito killer base 3 also includes two shells, left and right, and the plug 6 and one of the shells are integrally injection molded.

Claims (6)

1. two-in-one novel kill mosquito structure is characterized in that: include in same occasion and use but the direct insertion mosquito expelling equipment and the direct insertion mosquito-killing unit that separate, described direct insertion mosquito expelling equipment includes mosquito expelling equipment pedestal and the mosquito-driving device that is connected with the mosquito expelling equipment pedestal; Described direct insertion mosquito-killing unit includes the mosquito-killing unit pedestal and is located at the mosquito luring lamp in the mosquito-killing unit pedestal and catches and kills device, is respectively equipped with the plug of band metal pin on described mosquito expelling equipment pedestal and mosquito-killing unit pedestal.

2. two-in-one novel kill mosquito structure according to claim 1 is characterized in that: described mosquito expelling equipment pedestal includes left and right two housings, described plug and wherein a housing be integrated injection molding; This mosquito-killing unit pedestal includes left and right two housings, described plug and wherein a housing be integrated injection molding.

3. two-in-one novel kill mosquito structure according to claim 1 and 2 is characterized in that: described mosquito-driving device is provided in a side of the mosquito repelling lamp of mosquito expelling equipment pedestal top; This mosquito repelling lamp is by the lampshade protection that is fixed on the pedestal.

4. two-in-one novel kill mosquito structure according to claim 1 and 2 is characterized in that: described mosquito-driving device is provided in a side of the ultrasonic circuit structure in the mosquito expelling equipment pedestal; On described mosquito expelling equipment pedestal, be provided with the ultrasonic delivery outlet.

5. two-in-one novel kill mosquito structure according to claim 1 and 2 is characterized in that: the described device of catching and killing is the high-voltage fence structure.

6. two-in-one novel kill mosquito structure according to claim 1 and 2 is characterized in that: the described device of catching and killing is the air draught structure, and what it included the fan that is located in the mosquito-killing unit pedestal and was connected mosquito-killing unit pedestal one end connects the mosquito box.

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